- Email: [email protected]
Secondary sources
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A sH
R
89WaZT:
D 86KaZL: 87KaZD: 87KaZG: 89BoZS:
R 89FeZU:
R 88MiZi :
D 88KiZS: 880zZZ: 88ShZO: R 86YaZR: 87NaZU:
89SoZW: sac
R 86YaZR: 87KaZB: 87YaZP: 87YaZQ: 890pZY:
89RaZV: sz N
D 88KiZS: 88ShZO:
3
=
4
=
10
NUCLEAR R E A C T I O N S 9Be(d,n),E=25 MeV; m e a s u r e d a(0); d e d u c e d d e d u c e d r e l a t i v e s p e c t r o s c o p i c f a c t o r . DWBA a n a l y s i s , a d i a b a t i c CYRIC 1987 A n n u a l , P I , M i u r a .
A 12B
f a c t o r . BAPSA 34
NUCLEAR REACTIONS 3H(p,3'),E=2-15 MeV; m e a s u r e d "~ s p e c t r a . 4tie d e d u c e d ( % p ) / ( ' L n ) r a t i o vs excitation,no charge symmetry v i o l a t i o n . BAPSA 34 1 8 1 0 , B D g , F e l d m a n .
A Io B
=
form
RADIOACTIVITY 3H(fl-); m e a s u r e d Eft ; d e d u c e d u mass limit. Kurie plot,Air-core spectrometer. REPT INS T o k y o 1985 A n n , P 5 5 , K a w a k a m i . RADIOACTIVITY 3H(fl-); m e a s u r e d E(fl-); deduced l i m i t of u - b a r mass. REPT CYRIC 1986 A n n u a l , PI,Kato. RADIOACTIVITY 3tI(fl-); m e a s u r e d Eft; deduced u m a s s u p p e r limit. REPT INS Tokyo 1986 A n n , P38,Kawakami. RADIOACTIVITY 3tI(fl-); m e a s u r e d e x t e r n a l b r e m s s t r a h l u n g s p e c t r a . NbT(0.4) s o u r c e . REPT J U L - S p e z - 4 9 9 0 P 5 4 , B o r c h e r t.
A 4He
I
NUCLEAR REACTIONS 'tI(e,e),E=8.25 GeV; m e a s u r e d a(0(e)). 1tt d e d u c e d 1811,BE3,Walker.
A 3H
=
ONLY)
=
o p t i c a l p o t e n t i a l , l~ levels approximation. Tof..REPT
12
RADIOACTIVITY taB(fl-)?aN(fl+); m e a s u r e d NMR in Mg; d e d u c e d lattice e x p a n s i o n . REPT OULNS 1987 A n n u a l , P 7 5 , K i t a g a w a . RADIOACTIVITY 12B(fl-) [ f r o m t l B ( d , p ) , E = 3 . 8 5 MeV]; m e a s u r e d a s y m m e t r y , polarization 9 T i l t e d f o i l . REPT OULNS 1987 A n n u a l , P 8 O , O z a w a . RADIOACTIVITY 12B(fl-); laN(fl§ m e a s u r e d Eft; deduced s h a p e factor. REPT OULNS 1987 A n n u a l , P66,Shimomura. NUCLEAR REACTIONS llB(a,t),(a,3He),E=64.9 MeV; m e a s u r e d a(0). 12C,12B l e v e l s d e d u c e d CaS,F, i s o - s p i n m i x i n g . REPT INS T o k y o 1985 A n n , P 2 2 , Y a s u e . NUCLEAR REACTIONS 12C,24Mg,a~Al,asSi04STi(TLi,TBe),E=150 MeV; m e a s u r e d or(0) v s t a r g e t excitation. SaB,a4Na,27Mg,aSAI,48Sc d e d u c e d i s o v e c t o r g i a n t r e s o n a n c e excitation. DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a . NUCLEAR REACTIONS lz,S3C(n,p),E=65-230 MeV; m e a s u r e d a . 1z,13B d e d u c e d G a m o w - T e l l e r transition strength. White neutron s o u r c e . BAPSA 34 1 8 3 4 , E C 1 0 , S o r e n s o n . NUCLEAR REACTIONS nB(a,t),(a,31te),E=64.9 MeV; m e a s u r e d or(0), laC,SaB l e v e l s d e d u c e d CaS,F, i s o - s p i n m i x i n g . REPT INS T o k y o 1985 A n n , P 2 2 , Y a s u e . NUCLEAR REACTIONS StB,Sa,13,S4C,SSN,S60(d,n),E=25 MeV; m e a s u r e d or(0). 12C d e d u c e d l e v e l s , J , ~,CaS. A d i a b a t i c a n a l y s i s . REPT CYRIC 1986 A n n u a l , P l T , K a w a m u r a . NUCLEAR REACTIONS S~C(31Ie,a),E=55 MeV; m e a s u r e d m o m e n t u m s p e c t r u m . SaC deduced possible l e v e l . REPT INS T o k y o 1986 A n n , P l 8 , Y a s u e . NUCLEAR REACTIONS IIB(a,ta),E=64.5 MeV; m e a s u r e d a(0(t),0(a)), lZC d e d u c e d p o s s i b l e level, J,Tr. a c l u s t e r m o d e l . REPT INS T o k y o 1986 A n n , P l T , Y a s u e . NUCLEAR REACTIONS S a C ( p o l a r i z e d p , p ' ) , E = 2 0 O MeV; m e a s u r e d polarization transfer o b s e r v a b l e s . SaC t r a n s i t i o n s d e d u c e d n u c l e a r r e s p o n s e T d e p e n d e n c e . BAPSA 34 1829,DE9, Opper. NUCLEAR REACTIONS SaC(asSi,zSSi'),E(cm)=43.5,48 MeV; m e a s u r e d - / ( S a C ) - c o i n . SaC l e v e l deduced spin alignment,statistical t e n s o r s . BAPSA 34 1818,CD7,Ray. RADIOACTIVITY SaB(fl-),SaN(fl+); m e a s u r e d NMR in Mg; d e d u c e d lattice e x p a n s i o n , kEPT OULNS 1987 A n n u a l , P 7 5 , K i t a g a w a . RADIOACTIVITY SaB(fl-); SZN(fl+); m e a s u r e d Eft; deduced s h a p e factor. REPT OULNS 1987 A n n u a l , P66,Shimomura,
711
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A ,a B
R 89SoZW:
z3 C
R
89HeZU:
t3 N
R
87KaZC:
D
87AsZY: 88AsZZ:
14 N
R
88KaZI:
D R
870zZZ: 87KaZC:
88NiZW:
R 8gGaZW:
R 87YaZR:
2ONa
R
89SmZZ:
R
89KuZW:
R
22Na
R 870rZY:
89GiZZ:
R 87NaZU:
18
=
neutron
s p e c t r a , laNe d e d u c e d
no 3 +
20
=
21
=
n o t g i v e n . 2*hlg d e d u c e d
levels,Jjr.
22
NUCLEAR REACTIONS *aO(%i,d),E n o t given; m e a s u r e d n o t given; a2Ne d e d u c e d levels. BAPSA 34 18O2,AD5,Giesen. NUCLEAR REACTIONS 22Ne,26Mg(p,n),E=35 MeV; m e a s u r e d En,a(0). 22Na,a6Al d e d u c e d s t r e t c h e d s t a t e . DWBA a n a l y s i s , s t a t e . T o f . REPT CYRIC 1986 A n n u a l , P ~ 9 , 0 r i h a r a .
A 24Na
=
NUCLEAR REACTIONS a4Mg(atte,6Ite),E=73 MeV; m e a s u r e d BAPSA 34 1 8 O 2 , A D 8 , K u b o n o .
A 22Ne
16
NUCLEAR REACTIONS 2 ~ d,6Li),E=52 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r s v s 0. 2~ level deduced a-spectroscopic f a c t o r . DWBA a n a l y s i s , a l p h a - c l u s t e r wave function. REPT RCNP O s a k a , 1 9 8 8 A n n , P 7 5 , Y a m a y a . NUCLEAR REACTIONS 20Ne(alIe,t),E=29.7 MeV; m e a s u r e d cr(Et); d e d u c e d *~ reaction rate i m p l i c a t i o n s . 2~ d e d u c e d l e v e l s , F . BAPSA 34 1 8 0 2 , A D 7 , S m i t h .
A 2'Mg
=
NUCLEAR REACTIONS lSo(SHe,n),E n o t g i v e n ; m e a s u r e d s t a t e e v i d e n c e . BAPSA 34 18O2,ADT,Gareia.
A a0Ne
14
-RADIOACTIVITY '6mN(fl-); m e a s u r e d T , / a , 7 ( t ) . REPT OULNS 1986 A n n u a l , P 6 1 , O z a w a . NUCLEAR REACTIONS i2C,tSN(d,n),E=25 MeV; m e a s u r e d G(O). *3N,160 d e d u c e d levels,C2S. DWBA a n a l y s i s . REPT CYRIC 1986 A n n u a l , P 1 O , K a w a m u r a . NUCLEAR REACTIONS i a C ( a , n ) , E = 4 9 MeV; m e a s u r e d a(O). t60 l e v e l s d e d u c e d s P e c [ r o s c o p i e s t r e n g t h . T h r e e n u c l e o n c l u s t e r i n g , t o f . REPT CYRIC 1987 A n n u a l , P l 2 , T , N i i z e k i .
A taNe
=
RADIOACTIVITY t4B [ f r o m 9Be(teo,x)t4B,E=65 M e V / n u c l e o n 3 ; m e a s u r e d 7(0); d e d u c e d T t / a , s p i n alignment. REPT R I K E N - 8 6 , P 1 9 , A s a h i . RADIOACTIVITY *4B [ f r o m ~ M e V / n u e l e o n ] ; m e a s u r e d "},-ray a s y m m e t r y ; deduced spin alignment. On-line isotope separation,projectile fragmentation. REPT R I K E N - 8 7 , P I I , Asahi. NUCLEAR REACTIONS 14C(p,n),E=35 MeV; m e a s u r e d G ( 0 ) , a n a l y z i n g p o w e r . *4N d e d u c e d spin-isospin e x c i t a t i o n . DWBA a n a l y s i s . REPT CYRIC 1987 A n n u a l , P l 6 , K a b a s a w a .
A *a N lsO
13
NUCLEAR REACTIONS t 2 , t a C ( n , p ) , E = 6 5 - 2 3 0 MeV; m e a s u r e d G. tz,taB d e d u c e d G a m o w - T e l l e r transition strength. White neutron s o u r c e . BAPSA 34 1 8 3 4 , E C l O , S o r e n s o n . NUCLEAR REACTIONS *ZC(izC,tiC),E=344.5 MeV; m e a s u r e d a(0); d e d u c e d m o d e l p a r a m e t e r s . *3C l e v e l d e d u c e d s p e c t r o s c o p i c f a c t o r . DWBA a n a l y s i s , d a t a o n o t h e r t a r g e t s , r e a c t i o n s . O t h e r d a t a , n o t r e p o r t e d . REPT J U L - S p e z - 4 9 9 , P 9 , H e b e n s t r e i t . NUCLEAR REACTIONS *2C,*SN(d,n),E=25 MeV; m e a s u r e d a(O). taN,t80 d e d u c e d levels,C2S. DWBA a n a l y s i s . REPT CYRIC 1986 A n n u a l , P l O , K a w a m u r a .
A 14 B
=
ONLY)
=
24
NUCLEAR REACTIONS 12 C, 2 4 Mg, 2 7 AI, 2 8 Si, 4 8 Ti( ? Li, ? B e ) , E = I 5 0 MeV; m e a s u r e d G(O) v s excitation. 12B,24Na,2~Mg,aaAl,4aSe d e d u c e d i s o v e c t o r g i a n t r e s o n a n c e excitation. a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a .
712
target DWBA
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 2SMg
R 87YaZN:
ZSAl
D 89SkZY: R 88TaZT:
ZSSi
D 88HaZH:
R 88SaZP:
ZeAl
D 89SkZY: R 870rZY: 87YaZN: 88TaZT:
R 87NaZU:
ZTAl
R 88TaZT:
R 87NaZU:
ZeS i
R 86KuZM: 89BeZC:
89VoZY:
R 89KnZY:
30p
D 89SkZY:
R 86MoZH: 87HaZI :
87M i ZN :
27
=
28
=
30
NUCLEAR REACTIONS 3~ MeV; m e a s u r e d G(0(e')). 3~ deduced levels,Jjr,M6 transition strength fragmentation. B A P S A 34 1 8 1 2 , B E 4 , K n o x . R A D I O A C T I V I T Y 2a,26mAl,a~ measured fl+ p o l a r i z a t i o n ; deduced polarization ratio sensitivity to W(R) b o s o n p a r a m e t e r s . B A P S A 34 1 8 2 0 , C E T , S k a l s e y .
A 3zS
=
NUCLEAR REACTIONS *ZC,24Mg,27AI,ZeSi,4eTi(TLi,TBe),E=I50 MeV; m e a s u r e d G(O) v s t a r g e t excitation. 'ZB,Z4Na,ZVMg,ZSA1,4eSc d e d u c e d isovector giant resonance excitation. DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a . NUCLEAR REACTIONS 1 2 C ( 2 ~ MeV; m e a s u r e d aa(0). 2SSi d e d u c e d level,J,~, configuration. DWBA a n a l y s i s . REPT INS T o k y o 1985 A n n , P 2 9 , K u b o n o . NUCLEAR REACTIONS *2,1aC('eO,X),'ZC(IeO,X),*3C(15N,X),E n o t g i v e n ; m e a s u r e d inclusive 7 p r o d u c t i o n (7; d e d u c e d GDR y i e l d , i s o s p i n i n h i b i t i o n . ZeSi d e d u c e d i s o s p i n m i x i n g p a r a m e t e r vs excitation. B A P S A 34 1 8 3 2 , E C 2 , B e h r . NUCLEAR REACTIONS 2~ MeV; m e a s u r e d 7 ( z a S i ) - c o i n . 2SSi l e v e l s d e d u c e d multipole moments. B A P S A 34 1 8 0 8 , B C 5 , V o u r v o p o u l o s .
A
3Osi
26
NUCLEAR REACTIONS *ZC,24Mg,27AI,zesi,4eTi(?Li,7Be),E=150 MeV; m e a s u r e d (;(0) vs target excitation. 12B,Z4Na,ZTMg,28AI,4eSe d e d u c e d isovector giant resonance excitation. D W B A analysis. R E P T R C N P Osaka,1986 A n n , P 7 9 , N a k a y a m a . NUCLEAR R E A C T I O N S 24,zs,26Mg(d,n),E=25 MeV; m e a s u r e d G(0). 2a,2e,ZTAl deduced levels,Jjr, C2S. D W B A analysis. R E P T C Y R I C 1987 A n n u a l , P 2 1 , T a k a m a t s u .
A
ZeAl
=
NUCLEAR REACTIONS z % i g ( p o l a r i z e d p , p ' ) , E = 6 5 MeV; m e a s u r e d G ( 0 ) , a n a l y z i n g power, z%ig d e d u c e d l e v e l . DWBA a n a l y s i s w i t h M3Y i n t e r a c t i o n , REPT RCNP O s a k a 1987 A n n , P l T , S a t o . R A D I O A C T I V I T Y zs,26mAI,3op(fl+); m e a s u r e d fl+ p o l a r i z a t i o n ; deduced polarization ratio sensitivity to W(R) b o s o n p a r a m e t e r s . B A P S A 34 1 8 2 9 , C E 7 , S k a l s e y . NUCLEAR REACTIONS 22Ne,USMg(p,n),E=35 MeV; m e a s u r e d En,o(0). 22Na,ZSAl d e d u c e d s t r e t c h e d s t a t e . DWBA a n a l y s i s , s t a t e . T o f . REPT CYRIC 1986 A n n u a l , P 2 9 , 0 r i h a r a . NUCLEAR REACTIONS 2%Ig,ZTAl(p,d),E=35 MeV; 2SMg(aHe,a),E=55 MeV; m e a s u r e d (;(0). 2SMg,26Al d e d u c e d levels,J,Tr,CZS. DWBA a n a l y s i s . REPT INS T o k y o 1986 A n n , P 2 3 , Y a s u e . NUCLEAR REACTIONS z4,2a,Z%lg(d,n),E=25 MeV; m e a s u r e d G(0). zs,zs,27Al d e d u c e d l e v e l s , J j r , CZS. DWBA a n a l y s i s . REPT CYRIC 1987 A n n u a l , P 2 1 , T a k a m a t s u .
A
27Mg
25
NUCLEAR REACTIONS 2%Ig,ZTAl(p,d),E=35 MeV; aeMg(aHe,a),E=55 MeV; m e a s u r e d G(0). 25t,Ig,2SAl d e d u c e d levels,J,~T,CZS. DWBA a n a l y s i s . REPT INS T o k y o 1986 A n n , P 2 3 , Y a s u e . R A D I O A C T I V I T Y za,zemAl,SoP(fl+); m e a s u r e d fl+ p o l a r i z a t i o n ; deduced polarization ratio sensitivity to W(R) b o s o n p a r a m e t e r s . B A P S A 34 1 8 2 0 , C E 7 , S k a l s e y . NUCLEAR REACTIONS ~4,zs,~eMg(d,n),E=25 MeV; m e a s u r e d G(0). 2s,2e,Z7Al d e d u c e d l e v e l s , J j r , CZS. DWBA a n a l y s i s . REPT CYRIC 1987 A n n u a l , P 2 1 , T a k a m a t s u . R A D I O A C T I V I T Y U~Si(fl+p) [ ' f r o m Z4Mg(31Ie,2n),E=35 MeV3; m e a s u r e d d e l a y e d p r o t o n s p e c t r a . : REPT RCNP O s a k a 1987 A n n , P 8 1 , l l a t o r i .
A
~%Ig
=
ONLY)
=
32
NUCLEAR REACTIONS lSo(ZeNe,a),E=52 MeV; m e a s u r e d a ~ ( 0 ) . 32S d e d u c e d l e v c l s , J j r . REPT INS T o k y o 1985 A n n , P 2 9 , M o r i t a . NUCLEAR REACTIONS ZeSi(*~C,aBe),E=I00 MeV; m e a s u r e d (;(E(gBe)),angular correlation f u n c t i o n s . 32S d e d u c e d l e v e l s , J , ~ r , F a / F . B r i n k m o d e l a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P82,liatori. NUCLEAR REACTIONS 3*P(d,n),E=Z5 MeV; m e a s u r e d a(0). a~S d e d u c e d levels,Jjr,C2S. A d i a b a t i c approximation a n a l y s i s . T o f . REPT CYRIC 1986 A n n u a l , P 3 4 , M i u r a .
713
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
37Ca
D 88MaZC:
D 87MaZH: R
88MaZD:
R 88SaZ0: 89BrZP:
4OSc
R 88SaZN:
D 88HaZD: 88MiZK:
D 88HaZD: 89MaZT:
D 87HaZC: 88HaZD:
R 89CrZY:
46Ti
R 87FuZW: 87FuZY: 87HiZP: 88HiZR:
R 88MaZD:
41
=
43
=
45
=
46
NUCLEAR REACTIONS 5 8 N i , a e T i ( p o l a r i z e d d , a ) , E = 2 2 MeV; m e a s u r e d a(0),vector,tensor analyzing powers; deduced a-particle D-state parameters. S~Co,4aSc l e v e l s d e d u c e d L-mixing parameters,configurations. BAPSA 34 1 8 8 1 , A C 8 , C r o s s o n . NUCLEAR REACTIONS 4 ~ T i ( p o l a r i z e d p , d ) , E = 6 5 MeV; m e a s u e d ( 7 ( O ) , a n a l y z i n g p o w e r . 46Ti d e d u c e d p o s s i b l e l e v e l , REPT RCNP O s a k a , 1 9 8 6 A n n , P 5 8 , F u j i w a r a . NUCLEAR REACTIONS 46Ti(polarized p,p'),E=65 MeV; m e a s u r e d or(0). 46Ti levels d e d u c e d EWSR f r a c t i o n s . DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 0 6 A n n , P l 9 , F u j i w a r a . NUCLEAR REACTIONS 4 6 T i ( p o l a r i z e d p,p'),E=65 MeV; m e a s u r e d o ( E p ) . 46Ti l e v e l s d e d u c e d energy-weighted s u m r u l e . RPA c a l c u l a t i o n . REPT OULNS 1988 A n n u a l , P 9 2 , t l i g a s h i . NUCLEAR REACTIONS 46,4B,~~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s O. 5~ levels deduced energy weighted sum rule fractional distributions. DWBA a n a l y s i s . REPT OULNS 1987 A n n u a l , P l l T , t t i g a s h i .
A 47Ca
=
RADIOACTIVITY 4aV,47Cr,4%In,~IFe,~3Co,~SNi(EC); m e a s u r e d Tl/z; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , H a m a . RADIOACTIVITY 4'Se,43Ti,45V,47Cr,49Mn,~ZFe,53Co,~SNi(fl+),(EC); m e a s u r e d T,/2,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a .
A
4eSe
40
RADIOACTIVITY 41Sc,43Ti,45V,47Cr,4%ln,a*Fe,SaCo,SSNi(fl+),(EC); m e a s u r e d Tl/z,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a . RADIOACTIVITY 43Ti; m e a s u r e d NMR; d e d u c e d #. P o l a r i z e d s o u r c e , t i l t e d f o i l t e c h n i q u e . BAPSA 34 1 8 0 1 , A C 6 , M a t s u t a .
A 45 V
=
RADIOACTIVITY 41Sc,4aTi,45V,47Cr,4%in,SiFe,S3Co,5aNi(fl+),(EC); m e a s u r e d T1/e,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 : H a m a . RADIOACTIVITY 4ZSc(fl+); m e a s u r e d NMR. REPT OULNS 1987 A n n u a l , P 7 2 , M i n a m i s o n o .
A
43Ti
39
NUCLEAR REACTIONS 4 ~ MeV; m e a s u r e d (x(0). 4~ deduced isoscalar levels. REPT RCNP O s a k a 1987 A n n , P 2 1 , S a i t o . NUCLEAR REACTIONS 39K(p,7),E n o t g i v e n ; m e a s u r e d 7 ( e ) - c o i n . 4~ d e d u c e d GDR b u i l t o n f i r s t e x c i t e d s t a t e . BAPSA 34 1 8 3 3 , E C S , B r o w n . NUCLEAR REACTIONS 4 ~ MeV; m e a s u r e d r i p - c o i n . 4~ deduced giant dipole r e s o n a n c e decas;. T o f . REPT RCNP O s a k a 1987 A n n , P 3 4 , S a k a i .
A
4ZSc
=
TI/mNMR. Polarized
RADIOACTIVITY a~ [ f r o m Be(Ca,X),E=E20 M e V / n u c l e o n 3 ; m e a s u r e d NMR; deduced p o l a r i z a t i o n . : Source implanted i n CaP z. REPT INS T o k y o 1986 A n n , P 6 2 , M a t s u d a . NUCLEAR REACTIONS 4~ p,d),E=65 MeV; m e a s u r e d o ( 0 ) , a n a l y z i n g p o w e r v s 0. a9 47Ca l e v e l s d e d u c e d CZS. DWBA a n a l y s i s . REPT RCNP O s a k a 1987 A n n , P 4 8 , M a t o b a .
A 4OCa
37
RADIOACTIVITY aTCa(fl+) [ f r o m Be(4~ MeV/nucleon3; measured s o u r c e , t i l t e d f o i l . REPT OULNS 1987 A n n u a I , P 8 2 , M a t s u t a .
A 39Ca
=
ONLY)
=
47,
NUCLEAR REACTIONS 4~ p,d),E=65 MeV; m e a s u r e d o ( 0 ) , a n a l y z i n g p o w e r vs 0. 39, 47Ca l e v e l s d e d u c e d CZS. DWBA a n a l y s i s . REPT RCNP O s a k a 1987 A n n , P 4 8 , M a t o b a .
714
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 47Se
R 87KaZE:
47Cr
D 87HaZC: 88IlaZD:
R 87NaZU:
4aTi
R 88HiZR:
88tIiZW:
R 88KaZM:
4SMn
D 87HaZC: 88HaZD:
R 88HiZR:
D 87HaZC: 8811aZD:
R 870hZV:
D 87tlaZC : 88}taZD:
D 89NoZY: D 87HaZC:
--
50
=
51
=
52
=
53
RADIOACTIVITY 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 55 Ni(EC); m e a s u r e d TI/a; d e d u c e d log ft,OT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , 1 1 a m a . RADIOACTIVITY 41 Se, 43 Ti, 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 5 5 Ni(fl + ),(EC); m e a s u r e d Tl/z,branehing r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , 1 1 a m a .
A 5~Fe 5SNi
49
NUCLEAR REACTIONS 5 4 F e , S a N i ( p o l a r i z e d p,alle),E=65,80 MeV; 5 4 F e , S a N i ( p o l a r i z e d d , a ) , E = 5 6 MeV; m e a s u r e d a(0),analyzing p o w e r v s 0. 5ZMn,56Co d e d u c e d l e v e l s , J , w , c o n f i g u r a t i o n s . DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 6 1 , O h g a k i .
A 53Co
=
RADIOACTIVITY 45V,47Cr,49Mn,SlFe,SaCo,55Ni(EC); m e a s u r e d T,/2; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , l l a m a . RADIOACTIVITY 41 Sc, 43 Ti, 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 5 5 Ni(fl + ),(EC); m e a s u r e d Tl/z,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , 1 1 a m a .
A SaMn
48
NUCLEAR REACTIONS 46,4a,5~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r vs 0. 5~ levels deduced energy weighted sum rule fractional distributions. DWBA a n a l y s i s . REPT OULNS 1987 A n n u a l , P l l 7 , H i g a s h i .
A 5*Fe
=
NUCLEAR REACTIONS 4eCa(aHe,d),E=TO MeV; m e a s u r e d a(0). 49Sc l e v e l s d e d u c e d CaS. DWBA analysis,optical p o t e n t i a l . REPT RCNP O s a k a 1987 A n n , P 5 2 , K a t o . RADIOACTIVITY 45V,47Cr,4SMn,51Fe,SaCo,55Ni(EC); m e a s u r e d Tl/2; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , t t a m a . RADIOACTIVITY 41Sc,4aTi,45V,47Cr,49Mn,5*Fe,SaCo,55Ni(fl+),(EC); measured T,/~,branehing r a t i o ; d e d u c e d r e d u c e d O a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , 1 t a m a .
A ~OTi
continued
NUCLEAR REACTIONS *aC,e4Mg,ZVAI,aaSi,4aTi(TLi,~Be),E=150 MeV; m e a s u r e d (7(0) v s t a r g e t excitation. 12B,24Na,27Mg,ZaAl,4aSc d e d u c e d i s o v e c t o r g i a n t r e s o n a n c e excitation. DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a . NUCLEAR REACTIONS 46,4a,S~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 5~ levels deduced energy weighted sum rule fractional distributions. DWBA a n a l y s i s . REPT OULNS 1987 A n n u a l , P l l 7 , 1 1 i g a s h i . NUCLEAR REACTIONS 4aTi(polarized p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 4aTi d e d u c e d levels,J,w. DWBA a n a l y s i s , e n e r g y w e i g h t e d s u m r u l e . REPT RCNP Osaka 1987 Ann,P25, Higashi.
A 49Sc
47
NUCLEAR REACTIONS 4aCa,4aTi(polarized d,atie),E=56 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 47Se l e v e l s d e d u c e d CaS. DWBA a n a l y s i s . REPT OULNS 1986 A n n u a l , P 3 3 , K a t o . RADIOACTIVITY 45V,4VCr,4gMn,aiFe,SaCo,55Ni(EC); m e a s u r e d Ti/2; d e d u c e d log f t , G T m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , H a m a . RADIOACTIVITY 41Sc,4aTi,45V,47Cr,49Mn,SlFe,SaCo,55Ni(fl+),(EC); measured Tl/z,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a
A 48SC
=
ONLY)
=
55
RADIOACTIVITY 55Fc(EC); m e a s u r e d i n n e r b r e m s s t r a h l u n g s p e c t r a . BAPSA 34 1820,CE6,Norman. RADIOACTIVITY 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 55 Ni(EC); m e a s u r e d Ts/2; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , l t a m a .
715
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
aSNi
D 88HaZD:
R 870hZV:
89CrZY:
R 87FuZX:
R 89LaZT:
R 89LaZT:
D 86ImZZ:
V2Se
D 861mZZ:
RADIOACTIVITY VZSe(EC) transition s u b s h e l l I(ce) RADIOACTIVITY V2Se(EC) transition s u b s h e l l l(ce)
D 86NiZU:
R 89HoZV:
D 87KaZF: 89MiZT:
R 89JoZV:
=
EWSR
66 MeV; 4~ levels,configuration.
MeV; m e a s u r e d n 7 7 - , ( c h a r g e d BAPSA 34 1801,AC9,Lang.
67 MeV; 4~ levels,configuration.
MeV; m e a s u r e d n 7 7 - , ( c h a r g e d BAPSA 34 18Ol,AC9,Lang.
7E
=
=
E0 E0
73 NMR,oriented nuclei; d e d u c e d
#.
74
=
76
RADIOACTIVITY VeGe(fl-fl-); m e a s u r e d Ti/2 l o w e r l i m i t . REPT OULNS 1986 A n n u a l , P l l , Kamikubota. RADIOACTIVITY 76Ge(2fl); m e a s u r e d 2 u , M a j o r o n a c c o m p a n i e d b y 0 v - d e c a y Ts/2 l o w e r l i m i t . Efficient background reduction. BAPSA 34 1819,CE5,Miley.
A ~TKr
=
deduced
NUCLEAR REACTIONS 4eTi(a2S,npa),E=IO5 MeV; m e a s u r e d 7 7 - c o i n , D S A . 74Br d e d u c e d l e v e l s , J j r , Tl/2,deformation,B(),),band structure,moment o f i n e r t i a . BAPSA 34 1 8 O I , A C l 0 , t l o l c o m b .
A
VOGe
58
RADIOACTIVITY ~aSe,ngmTe [ f r o m ~2ge,neSn(a,an)]; m e a s u r e d REPT INS T o k y o 1985 A n n , P 3 3 , N i s h i m u r a .
A ~4Br
56
[from Gc((X,Zn),E=4O MeV3; m e a s u r e d l(ce). ~2Ge d e d u c e d r a t i o s . REPT INS T o k y o 1985 A n n , P 3 O , l m a m u r a , [ - f r o m Ge((x,2n),E=40 MeV3; m e a s u r e d I(ce). 72Ge d e d u c e d r a t i o s . REPT INS T o k y o 1985 A n n , P 3 0 , I m a m u r a .
A
73Se
=
NUCLEAR REACTIONS 4~ particle)77-eoin. 67Se,68As d e d u c e d
A
72Ge
=
NUCLEAR REACTIONS 4~ particle)77-coin, e~Se,66As d e d u c e d
A
67Se
=
NUCLEAR REACTIONS S 8 N i ( p , p ' ) , E = 6 5 MeV; m e a s u r e d (7(0). 5aNi l e v e l s p e r c e n t a g e . DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 2 3 , F u j i w a r a .
A
68As
continued
NUCLEAR REACTIONS S 4 F e , 5 S N i ( p o l a r i z e d p,3He),E=65,80 MeV; S 4 F e , 5 e N i ( p o l a r i z e d d , a ) , E = 5 6 MeV; m e a s u r e d ( 7 ( 0 ) , a n a l y z i n g p o w e r v s 0. 5ZMn,SeCo d e d u c e d l e v e l s , J , ~ r , e o n f i g u r a t i o n s . , DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 6 1 , O h g a k i . NUCLEAR REACTIONS 5 8 N i , 4 8 T i ( p o l a r i z e d d,(x),E=22 MeV; m e a s u r e d (x(0),vector,tensor analyzing powers; deduced (x-particle D-state parameters. 5eCo,4eSc l e v e l s d e d u c e d L-mixing parameters,configurations. BAPSA 34 1 8 0 1 , A C 8 , C r o s s o n .
A 58Ni
55
RADIOACTIVITY 41Sc,43Ti,4~V,47Cr,4%in,~*Fe,aaco,SaNi(fl+),(EC); m e a s u r e d T,/2,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a .
A
58Co
=
ONLY)
=
77
NUCLEAR REACTIONS 4eTi(~S,n2p),E=10"5 MeV; m e a s u r e d levels,J,~,Tl/2,deformation,B(X),band structure,moment Johnson.
716
77-coin,DSA,DCO ratios. WKr d e d u c e d o f i n e r t i a . BAPSA 34 1801,ACII,
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
aZAs
D 89WaZV:
D 89WaZV:
D 89WaZV:
SeRb
D 87BaYL:
D 86SaZI:
87y
D 86SaZI:
R 87MaZI :
R 89PoZV:
0~Mo
D 89HaZW:
D 89WaZV:
D 89WaZV:
D 890hZY: 89WaZV:
g6Zr
R 89MoZU:
=
I(ce); d e d u c e d
subshell
l(ce); d e d u c e d
subshell
89
=
92
=
94
=
95
RADIOACTIVITY 8tAs,a3se,aSBr,O4,O~Sr,Sa,g~Y,99,t~176176176176176 measured absolute I'/. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A
96y
87
RADIOACTIVITY atAs,a3Se,aaBr,94,95Sr,96,9VY,99,1~176176176176 measured absolute I~. S h o r t - l i v e d fission products f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A 95Sr
=
NUCLEAR REACTIONS 9 ~ MeV; m e a s u r e d forward a n g l e a. 9aNb d e d u c e d Gamow-Teller transition strength distribution. BAPSA 34 1 8 3 4 , E C l l , P o p p e . RADIOACTIVITY 92roMe [ f r o m 59Co(37Cl,2n2p),E=130 MeV]; m e a s u r e d -y(0); d e d u c e d i n d u c e d p o l a r i z a t i o n . 9~Mo d e d u c e d i s o m e r q u a d r u p o l e m o m e n t s i g n . P o l a r i z e d s o u r c e i m p l a n t a t i o n i n Zr s i n g l e c r y s t a l , t i l t e d f o i l t e c h n i q u e . BAPSA 34 1809,BCt2,Hass.
A 94Sr
86
NUCLEAR REACTIONS 9~ d,3He),E=56 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g pow'er v s 0. eSy d e d u c e d p o s s i b l e l e v e l s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 0 , M a t s u o k a .
A 92Nb
=
RADIOACTIVITY 87m,• [ f r o m S r ( p , 3 n ) , E = 2 5 MeV]; m e a s u r e d l(ce) r a t i o s . REPT INS T o k y o 1985 A n n , P 3 2 , S a k a i . RADIOACTIVITY aTm,e~Y,aTmSr [ f r o m S r ( p , 2 n ) , E = 2 5 MeV'I; m e a s u r e d I(ce) r a t i o s . REPT INS T o k y o 1985 A n n , P 3 2 , S a k a i .
A Say
83
RADIOACTIVITY StAs,S3Se,86Br,94,g~Sr,ga,97y,gg,t~176176176176176176 measured absolute 13'. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY 86mRb,136rncs [ f r o m 238U(z~C,F),E=I00 MeV]; m e a s u r e d Ti/a. O n - l i n e m a s s s e p a r a t o r . REPT J A E R I - T L V 1986 A n n u a l , P 1 4 4 , B a b a .
A 87Sr
=
RADIOACTIVITY 81As,a3Se,eSBr,94,gSSr,SS,97Y,99,Z~176176176176176 measured absolute I-~. S h o r t - l i v e d fission products f r o m Z35U(n,P). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A
eSBr
81
RADIOACTIVITY StAs,S3Se,S~Br,~4,V~Sr,9~,SVY,9~,~~176176176176 measured absolute 13'. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m a3~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A
83Se
=
ONLY)
=
96
RADIOACTIVITY 9Sy,aSNb,Z~176 measured l e v e l Tz/2. d 7 d e l a y e d - c o i n c i d e n c e . REPT J UL - S p e z - 4 9 9 , P 2 4 , O h m . RADIOACTIVITY eIAs,e3Se,SSBr,S4,~176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . NUCLEAR REACTIONS 9 S Z r ( d , d ' ) , E = 2 0 MeV; m e a s u r e d (7(Ed'). 96Zr d e d u c e d l e v e l s . REPT J UL-Spez-499,PI,Mol nar.
717
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A OTRb
D
89LhZZ:
OVSr
D
89LhZZ:
O?y
D
89WaZV:
D
89BeZG :
D 89WaZV:
OaNb
D 890hZY:
D 89WaZV:
*OOMo
D 87WaZN: 88EjZZ: 890hZY:
~OORh
R 89BiZX:
D 89WoZV:
tOtNb
D 89WaZV: 89WoZV:
D 89WaZV:
lO2Nb
D 89WaZV:
D 89WaZV:
RADIOACTIVITY I7. S h o r t - l i v e d
D
89WaZV:
'O4Rh
R
88SuZS:
100
=
101
=
102
=
103
sl As, sa Se, as Br, s4 , o5S r , os , o7 Y, so , lo2 Zr . los. 1ol . .1o2. 1o3 *o4 Nb; m e a s u r e d absolute f i s s i o n p r o d u c t s f r o m aS~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A 'O4Nb
=
RADIOACTIVITY SlAs,aase,SSBr,~176176176176176176176176 measured absolute I7. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 23~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY SlAs,S3Se,SSBr,~176176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 23~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A *9SNb
99
RADIOACTIVITY l~ m e a s u r e d n o t g i v e n , l~ deduced 7-transitions,configurations. BAPSA 34 1806,BBS,Wohn. RADIOACTIVITY StAs,SaSe,a6Br,9%~176176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m Zaau(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY l~ m e a s u r e d n o t g i v e n , l~ deduced 7-transitions,configurations. BAPSA 34 1806,BB6,Wohn.
A *92Zr
=
RADIOACTIVITY alAs,aaSe,aSBr,g4,95Sr,SS,97Y,Sa,*~176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 2a5U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY l~176 m e a s u r e d TI/a l o w e r l i m i t . REPT OULNS 1986 Annual.Pl5,Watanabe. RADIOACTIVITY l~ m e a s u r e d n o t g i v e n . Test o f d o u b l e f l - d e c a y d e t e c t i o n s y s t e m . REPT OULNS 1987 A n n u a l , P 2 , E j i r i . RADIOACTIVITY ~176176176 measured l e v e l T l / 2 . f17 d e l a y e d r - c o i n c i d e n c e . REPT JUL-Spez-499,P24,0hm. NUCLEAR REACTIONS ~176176 n o t g i v e n ; m e a s u r e d 7(0,H,t). *~176176 l e v e l s d e d u c e d g. CONF Sao P a u l o ( N u c l P h y s ) C o n t r i b , P 2 0 9 , B i z z e t i - S o n a .
A *O~Zr
98
RADIOACTIVITY a*As,aaSe,S6Br,a~,~176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m ZaaU(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY ~ 1 7 6 1 7 6 1 7 6 measured l e v e l T , / z . f17 d e l a y e d - c o i n c i d e n c e . REPT JU L - S p e z - 4 9 9 , P 2 4 , 0 h m .
A ~OONb
=
RADIOACTIVITY Say(fl-); m e a s u r e d 7~(0). Say level d e d u c e d c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P23,Berant.
A OOZr
97
RADIOACTIVITY ~ measured E T , 1 7 , 7 7 ( t ) . 97Sr d e d u c e d levels,possible J,~, deformation f e a t u r e s . REPT J U L - S p e z - 4 9 9 , P 2 2 , L h e r s o n n e a u . RADIOACTIVITY ~ measured E T , 1 7 , 7 7 ( t ). ~ deduced levels,possible J,rr, deformation f e a t u r e s . REPT J U L - S p e z - 4 9 9 , P 2 2 , L h e r s o n n e a u . RADIOACTIVITY S~As,aaSe,SSBr,~176176176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m ZaSU(n,F). REPT JUL-Spez-499,Pfi7,Wadenpohl.
A ~8y
=
ONLY)
=
104
RADIOACTIVITY SlAs,a3Se,S6Br,~176176176176176176176 measured absolute I7. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 2aSU(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . NUCLEAR REACTIONS * ~ m e a s u r e d l ( e e ) , A u g e r s p e c t r a , l~ transitions deduced precise E7,17. M a g n e t i c fl-spectrometer. CONF V i l n i u s ( P r e e i s i o n in Nuel Spectrosc) Proc,PS,Sushkov.
718
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A lO4Rh
R
~O4Ag
R 89BaZM:
89BiZX:
D 89RuZY:
lOSTc
D 89RuZY:
lOSRu
D 88KaZE:
*O~Rh
D 88KaZE:
lOSAg
R 87NaZT:
R 87PiZT:
~O6Ag
R 89BaZM:
tOSSn
R 88IsZW:
D 88KaZE:
*O~Rh
D 88KaZE:
R 89BaZM:
ioeCd
R 88GoZE:
D 88KaZE:
IOgRh
D 88KaZE:
=
106
=
107
=
[from structure, parameter. [from structure, parameter.
108
NUCLEAR REACTIONS z ~ 1 7 6 1 7 6 1 7 6 MeV; m e a s u r e d a(0); deduced a vs neutron e x c e s s , l~176176176 d e d u c e d a n a l o g s . B A P S A 34 1 8 3 3 , E C 8 , B a u e r . NUCLEAR REACTIONS * ~ measured ET,I7,~(0),linear polarization, l~ deduced levels,Jjr,7-multipolarity admixtures. REPT I N D C ( C C P ) - 3 1 0 / G , P 3 5 , G o v o r .
A S09Ru
105
RADIOACTIVITY n3,n~Pd(fl-),l~176 [from 249Cf(n,F),E=thermal']; l~ 1~ measured ET,17,77(t). lJa,iiSAg,l~176 deduced levels,band configuration. *~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell. RADIOACTIVITY na,nsPd(fl-),l~176 [from 2*gCf(n,F),E=thermal]; *~ *~ measured ET,IT,77(t). :xa,SSSAg,Z~176 deduced levels,band configuration, l~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe,P286,Kaffrell.
A iOSAg
=
NUCLEAR REACTIONS * ~ p,p'),E=35 MeV; m e a s u r e d or(O). *~ deduced levels. Mixed-symmetry s t a t e . REPT RCNP O s a k a , 1 9 8 6 A n n , P 2 7 , P i g n a n e I l i . NUCLEAR REACTIONS *o4,1os,lo8,noPd(p,n),E-26_ MeV; m e a s u r e d c;(0); d e d u c e d r v s n e u t r o n e x c e s s , s~176176 d e d u c e d a n a l o g s . B A P S A 34 1 8 3 3 , E C S , B a u e r . NUCLEAR REACTIONS S l V ( S a N i , 2 n p ) , E = 2 1 7 MeV; m e a s u r e d 77-coin,7(0),7(t). *~ deduced l e v e l s . REPT J A E R I - T L V 1987 A n n u a l , P l 3 1 , I s h i i .
A *OVRu
continued
R A D I O A C T I V I T Y *~ measured E T , 1 7 , 7 7 ( t ) . *~ deduced l e v e l s , J J r , T t / z , I C C . REPT J UL-Spez-499,PZ6,Rucker. R A D I O A C T I V I T Y *~ measured E T , 1 7 , 7 7 ( t ) . *~ deduced l e v e l s , J , ~ , T ~ / z , I C C . REPT J UL-Spez-499,P26,Rucker. R A D I O A C T I V I T Y n3,naPd(fl-),*~176 [from e4SCf(n,F),E=thermal3; *~ [from *~ measured ET,17,77(t). n3,nSAg,~~176 deduced levels,band structure, configuration. *~ deduced levels,band structure,configuration,deformation parameter. CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe,P286,Kaffrell. R A D I O A C T I V I T Y na,**spd(fl-),s~176 [from e*9Cf(n,F),E=thermal]; *~ [from *~ measured ET,IT,77(t). n3,1~SAg,~~176 deduced levels,band structure, configuration. ~~ deduced levels,band structure,configuration,deformation parameter. CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell. NUCLEAR REACTIONS ~aZn(37Cl,X)99pd/aaRh/SamRh/gTRu,E(cm)=65-110 MeV; S3Nb(*ZC,X)SgPd/SSRh/ gSmRh/97Ru,E(cm)=65-110 MeV; m e a s u r e d ET,IT,a. ~~ deduced statistical d e c a y . REPT J A E R I - T L V 1986 A n n u a l , P l 4 1 , N a g a m e .
A
*oapd
104
NUCLEAR REACTIONS gs,~~176 n o t g i v e n ; m e a s u r e d 7(0,H,t). *~176176 l e v e l s d e d u c e d g. CONF Sao P a u l o ( N u c l P h y s ) C o n t r i b , P 2 O 9 , B i z z e t i - S o n a . NUCLEAR REACTIONS : ~ 1 7 6 1 7 6 1 7 6 MeV; m e a s u r e d a(0); d e d u c e d a v s n e u t r o n excess, i~176176176 d e d u c e d a n a l o g s . B A P S A 34 1 8 3 3 , E C 8 , B a u e r .
A ~O~Mo
=
ONLY)
=
109
RADIOACTIVITY li3,1tsPd(fl-),l~176 [from Z49Cf(n,F),E=thermal]; l~ l~ measured ET,17,77(t). Ila,*l~Ag,l~176 deduced levels,band configuration, l~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell. R A D I O A C T I V I T Y n3,115Pd(fl-),*~176 [from 249Cf(n,F),E=thermal']; *~ *~ measured ET,17,77(t). na,lS~Ag,*~176 deduced levels,band configuration. 1~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell.
719
[from structure, parameter. [from structure, parameter.
SECONDARY
SOURCES
A tgaAg
D 88DaZQ:
togCd
D 88DaZQ:
RADIOACTIVITY fl-spectrometer. RADIOACTIVITY fl-spectrometer.
R 89BaZM:
ltOSn
R 87HAZE:
R 88HaZG:
R 871taZE:
D 88KaZE:
llaAg
D 88KaZE:
D 88ZhZT:
D 88KaZE:
t*~Ag
D 88KaZE:
D 88FuZW:
111
=
E7,7~-coin,77(0). mSn
=
deduced
=
=
7(0). n 6 , n 2 S n d e d u c e d
[from structure, parameter. [from structure, parameter.
114
Ge d e t e c t o r .
MeV3; CONF
115 [from structure, parameter. [from structure, parameter.
117
RADIOACTIVITY lt~mln(IT),(fl-); measured l(ce),l(7),Te-coin,7X-coin. r a t i o , I C C . R E P T 0ULNS 1987 A n n u a l , P 1 5 3 , F u k u s h i m a .
720
levels,J.
113
RADIOACTIVITY na,tlsPd(/~-),1~176 [ f r o m Z4gCf(n,F),E=thermal']; t~ l~ measured ET,17,77(t). na,ltSAg,t~176 deduced levels,band configuration. 1~ deduced levels,band structure'c~176176176 C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,KaffreIl. RADIOACTIVITY na,tzsPd(fl-),IoT,i~ [ f r o m 249Cf(n,F),E=thermal']; t~ *~ measured ET,I'y,77(t). ila,115Ag,S~176 deduced levels,band configuration, t~ deduced levels,band structure,configuration,deformation C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,Kaffrell.
=
levels,J,
112
RADIOACTIVITY n4mln(IT) [from naln(n,7)3; Z~ [from Z~ measured 17,1(K X - r a y ) . n 4 1 n , e ~ transitions d e d u c e d ICC. H y p e r p u r e Vilnius(Precision in Nucl Spectrosc) Proc,P35,Zheltonozhsky.
A stTin
=
RADIOACTIVITY **a,itspd(fl-),*~176 [ f r o m Z49Cf(n,F),E=thermal"]; *~ *~ measured Ev,IT,77(t). Ita,nSAg,l~176 deduced levels,band configuration. *~ deduced levels,band structure,configuration,deformation C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,Kaffrell. RADIOACTIVITY na,n~Pd(fl-),i~176 [ f r o m Z49Cf(n,F),E=therma13; *~ *~ measured ET,17,77(t). **a,nSAg,1~176 deduced levels,band configuration. *~ deduced levels,band structure,configuration,deformation C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,Kaffrell.
A
*tspd
110
MeV; m e a s u r e d
A *t41n
=
NUCLEAR REACTIONS 95,*O~ REPT R I K E N - S S , P S , H a r a d a .
A napd
continued
NUCLEAR REACTIONS 9aMo(*SO,3n),E=76 MeV; m e a s u r e d w. REPT R I K E N - 8 7 , P 7 , H a r a d a .
A naSn
109
NUCLEAR R E A C T I O N S *g4,*~176176 MeV; m e a s u r e d a(0); deduced ct vs neutron excess, t~176176 deduced analogs. B A P S A 34 1833,EC8,Bauer. NUCLEAR R E A C T I O N S 95,1~ MeV; measured 7(0). n~ deduced levels,J. R E P T RIKEN-86,PS,Harada.
A nlsn
=
mgCd(EC); measured l(ce), t~ transitions deduced subshell ratios. Prism C O N F Vilnius(Precision in Nucl Spectrosc) Proc,P24,Davidonis. I69Cd(EC); measured I(ce). 1~ transitions deduced subshell ratios. Prism C O N F Vilnius(Precision in Nucl Spectrosc) Proc,P24,Davidonis.
A
tSOAg
ONLY)
(Reports,Abstracts,etc.
HTln
deduced
l(ce)
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A HaS n
R 88ChZM:
89HoZR: HeSb
D 861mZY:
HaTe
D 861mZY:
D 86NiZU:
R 89HeZP:
~IBa
D 87SeZN: 88SeZP:
~lLa
D 87SeZN: 88SeZP:
R 87OhZR:
~ZBa
D
87SeZN: 88SeZO:
~ZLa
D
87SeZN: 88SeZO:
R
t24Te
R 89LeZX:
t24Ba
D 87IsZW:
870hZR:
87SeZN: 88SeZ0:
~24La
D 87SeZN:
=
NMR,oriented n u c l e i ; d e d u c e d
/~.
121
=
122
NUCLEAR REACTIONS Sb,lZ*,*zaSb(n,X),E=0-5.8 keV; m e a s u r e d iT. 122,1~4Sb d e d u c e d s t r e n g t h function,level spacing. Tof,transmission m e t h o d . REPT J A E R I - T L V 1988 A n n u a l , P l 9 1 , O h k u b o . R A D I O A C T I V I T Y 13~176 [from on--line mass separator3; measured f l ' / - c o i n , E T , T , / z . REPT J A E R I - T L V 1988 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y 12z,*z~,~eSLa,l~a,~S~ measured T~/a,E-y,IT,TV-,fl~-coin; deduced l e v e l J , ~ . tzz,*z4,*2SBa,ta~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e . RADIOACTIVITY ~a~176 [from on-line mass separatorS; measured f l T - e o i n , E T , T 1 / z . R E P T J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . RADIOACTIVITY ~,*~,~SLa,tZa,~a~ measured Ts/z,ET,17,TV-,fl'~-coin; deduced l e v e l J,w. luz,l~4,12SBa,~a6Ce d e d u c e d B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
A
124Sb
119
NUCLEAR REACTIONS H a S n ( a , n ) , E n o t g i v e n ; m e a s u r e d ~ ( E T , E ) , 7 ( 0 ) , T T - c o i n . tZtTe d e d u c e d levels,configuration. B A P S A 34 1 8 O 6 , B B 9 , H e n r y . R A D I O A C T I V I T Y la~176 [from on-line mass separator]; measured fl"~-coin,E'~,T~/~. R E P T J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y ~Z~La(fl+),(EC) [ f r o m ~eMo(aZS,X),E=4.7 M e V / n u e l e o n S ; m e a s u r e d Tt/~,Es',I%Xs,-, 7 3 ' - , f i T - c o i n . ~ l B a d e d u c e d l e v e l s . O n - l i n e i s o t o p e s e p a r a t i o n . REPT J A E R I - T L V 1987 A n n u a l , PllT,Sekine. RADIOACTIVITY ~3~176 [from on-line mass separator-]; measured f l S , - c o i n , E ' ~ , T s / ~ . REPT J A E R I - T L V 1988 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y ~ZILa(fl+),(EC) ~ f r o m ~ZMo(a~S,X),E=4.7 M e V / n u c l e o n ] ; m e a s u r e d Ts/z,Es,,I'),,X"/-, 3 , 7 - , f l ' ) ' - c o i n . ~ l B a d e d u c e d l e v e l s : O n - l i n e i s o t o p e s e p a r a t i o n . REPT J A E R I - T L V 1987 A n n u a l , Pll7,Sekine.
A 12aSb
=
R A D I O A C T I V I T Y VaSe,~amTe [ f r o m 7ZOe,UaSn(a,3n)3; m e a s u r e d REPT INS T o k y o 1985 A n n , P 3 3 , N i s h i m u r a .
A ~ZtTe
118
NUCLEAR REACTIONS ~ l a S n ( n , n ) , ( n , n ' ) , E = 1 4 . 9 , 1 8 MeV; m e a s u r e d En,(x(0); d e d u c e d model parameters. HaSn levels deduced deformation parameters fl~,fla. DWBA a n a l y s i s . REPT J A E R I - T L V 1987 A n n u a l , P 1 6 6 , C h i b a . NUCLEAR REACTIONS tiaSn(STO,~70'),E=84 M e V / n u c l e o n ; m e a s u r e d n o t g i v e n , naSn d e d u c e d GQR (Mn/Mp). Deformed potential m o d e l . B A P S A 34 1 8 3 3 , E C 6 , H o r e n . R A D I O A C T I V I T Y ttaTe(EC) [ f r o m ~ l a S n ( a , 2 n ) , E = 3 8 MeV-I; m e a s u r e d I(ce). iteSb d e d u c e d E0 transition subshell intensity r a t i o s . REPT INS T o k y o 1985 A n n , P 3 6 , I m a m u r a . R A D I O A C T I V I T Y HaTe(EC) [ f r o m H S S n ( a , R n ) , E = 3 8 MeV]; m e a s u r e d I(ee). HaSb d e d u c e d EO transition subshell intensity r a t i o s . REPT INS T o k y o 1985 A n n , P 3 6 , 1 m a m u r a .
A HaTe
=
ONLY)
=
124
NUCLEAR REACTIONS Sb,*2t,S2aSb(n,X),E=0-5.8 keY; m e a s u r e d (7. s~2,1z4Sb d e d u c e d s t r e n g t h function,level spacing. Tof,transmission m e t h o d . REPT J A E R I - T L V 1986 A n n u a l , P l 9 1 , O h k u b o . NUCLEAR REACTIONS J2ZSn(a,2n),E=21,23 MeV; m e a s u r e d a ( E v , E ) , 7 ( 0 ) , T V - c o i n . 124Te d e d u c e d l e v e l s , J j r . B A P S A 34 1807,BBIO,Lee. R A D I O A C T I V I T Y lZ4Ba,:~La,S26Ce,laZNd,SaSSm [ f r o m 94Mo(aSCl,xnyp),E=150 MeV; l~ E=150,165 MeVS; m e a s u r e d 7(0,11,t); d e d u c e d hyperfine field. Integral method. REPT J A E R I - T L V 1986 A n n u a l , P 1 6 9 , 1 s h i i . R A D I O A C T I V I T Y la~176 [from on-line mass separator]; measured f l T - e o i n , E - y , T l / 2 . REPT J A E R I - T L V 1988 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y 12z,t24,126La,lZa,la~ measured Tt/z,E),,17,-),-),-,flT-coin; d e d u c e d level Jjr. s22,124,1ZSBa,la~ d e d u c e d , B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P 1 2 1 , S e k i n e . R A D I O A C T I V I T Y 13~176 [from on-line mass separator]; measured fl-y-eoin,E'),,Ts/2. REPT J A E R I - T L V 1986 A n n u a I , P 1 3 3 , S e k i n e .
721
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A =
ta4La
D 88SeZO:
R A D I O A C T I V I T Y taa,ta~,taaLa,*as,13~ l e v e l J,Tr. *~a,ta4,taaBa,13~ deduced J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
A *asSb
D 88DaZP:
taSTe
D 88DaZP:
taSLa
D 871sZW:
D 88SeZ0:
taeLa
D 88SeZO:
~eCe
D 871sZW:
R 871sZX:
D 89MaZR: R 89GaZV:
fates
D 89MaZR:
D 87SeZN:
*Zepr
D 87SeZN: 88SeZ0:
D 87SeZN: "~88SeZ0:
*a0pr
D 87SeZN: 88SeZ0:
125
=
I~6
=
127
=
128
R A D I O A C T I V I T Y 13~176 [from on-line mass separator]; measured P T - c o i n , E T , T t / a . REPT J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y *3~176 [from on-line mass separator]; measured f l 7 - e o i n , E 7 , T t / 2 . REPT J A E R I - T L V 1986 A n n u a l , P I 3 3 , S e k i n e . R A D I O A C T I V I T Y iz2,12%tZ6La,tae,i~~ measured Tt/a,E7,17,77-,flT-coin; deduced l e v e l J,Tr. taa,tz4,t~6Ba,13~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
A 13OCe
measured Tt/~,ET,17,77-,flT-coin; deduced ratios. On-line isotope separation. REPT
R A D I O A C T I V I T Y taTCs [ f r o m 9a,t~176 measured 77-,(ce)7-coin,ET,17,l(ce). *Z~Xe d e d u c e d l e v e l s . B A P S A 34 1 8 0 7 , B B l l , M a n t i e a . NUCLEAR REACTIONS tzTI(p,n),E n o t g i v e n ; m e a s u r e d 77(0). *aTXe l e v e l s d e d u c e d J,8. BAPSA 34 1 8 1 9 , C E 4 , G a r c i a . RADIOACTIVITY 'arCs [ f r o m gS,l~176 measured 77-,(ce)7-coin,ET,17,1(ce ). 'Z~Xe d e d u c e d levels. B A P S A 34 l'8O7,BBll,Mantiea.
A ZaeCe
B(E~)
R A D I O A C T I V I T Y 'zz,'z4,'~SLa,'Zo,*3~ measured Tt/a,ET,17,77-,f17-coin; deduced l e v e l J,w. 'az,xa4,XaSBa,'3~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l Z l , S e k i n e . R A D I O A C T I V I T Y taa,ta4,ta6La,*a~176 measured Tt/a,ET,17,77-,flT-coin; deduced l e v e l J,2r. taa,tz%tZSBa,t3~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e . R A D I O A C T I V I T Y ta4Ba,iaSLa,tZ~Ce,X3aNd,~3~Sm [ f r o m .94Mo(35Cl,xnyp),E=150 MeV; *~ E=150,165 M e V ] ; m e a s u r e d 7(0,H,t); d e d u c e d hyperfine field. Integral method. REPT J A E R I - T L V 1986 A n n u a l , P 1 6 9 , 1 s h i i . NUCLEAR REACTIONS ~4Mo(35CI,2np),E=150 MeV; m e a s u r e d E T , 1 7 , ( p a r t i c l e ) 7 - c o i n , 7 ( 0 ). *~SCe deduced levels,Jjr,g-factor e s t i m a t e s . REPT J A E R I - T L V 1986 A n n u a l , P I S 7 , 1 s h i i .
A *aVXe
=
continued
R A D I O A C T I V I T Y lzSSb(fl-); m e a s u r e d l(ce), itSTe t r a n s i t i o n deduced subshell ratios,~(E2/ MI). P r i s m fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spcctrosc) Proc,P29, Davidonis. RADIOACTIVITY tasSb(fl-); measured l(ce). *a~Te t r a n s i t i o n deduced subshell ratios,d(E~/ MI). P r i s m fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P29, Davidonis. R A D I O A C T I V I T Y ~a4Ba,~aSLa,taeCe,13aNd,t3~Sm [ f r o m 94Mo(3SCl,xnyp),E=150 MeV; *~ E=150,165 MeV3; m e a s u r e d 7(0,H,t); deduced hyperfine field. Integral method. REPT J A E R I - T L V 1986 A n n u a l , P l G 9 , I s h i i .
A la6Ba
124
ONLY)
=
130
R A D I O A C T I V I T Y t3~176 [from on-line mass separator]; measured f l T - e o i n , E T , T , / a . REPT J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y taa,*a4,*a6La,t~8,13~ measured Tl/a,ET,17,77-,flT-coin; deduced l e v e l J,Tr. 122,t24,t2SBa.13~ deduced B(E2) r a t i o s . On-line isotope separation. REPT. J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e . R A D I O A C T I V I T Y i3~176 [from on-line mass separator]; measured fl7-coin,E7,Tt/a. REPT J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y tzz,124,t26La,t28,X3~ measured Tt/a,ET,17,77-,f17-coin; deduced l e v e l J j r . l~,xa4,1a6Ba,t3~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
722
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A taZNd
D 871sZW:
J 881sZV:
NUCLEAR MOMENTS ~~ g-factor. REPT J A E R I - T L V
D 87BaYL:
X3~Ba
R 87MiZM:
laSSm
D 871sZW:
D 89BrZQ:
laTSm
D 89BrZQ:
*3~Eu
D 89BrZQ:
R 87MiZM:
R 87MiZM:
NUCLEAR REACTIONS strength function,level P195,Mizumoto.
D 88TuZY:
14OGd
D 88TuZY:
NUCLEAR REACTIONS strength function,level P195,Mizumoto.
D 88TuZY:
'41Gd
D 88TuZY:
=
137
=
=
=
77(t),7(X-ray)(t),7(ce)(t).
taTpm,
77(t),7(X-ray)(t),2(ce)(t).
la~Pm,
77(t),7(X-raY)(t),7(ce)(t).
13~pm,
138 keY; measured a . *as,taa,laaBa d e d u c e d m e t h o d . REPT J A E R I - T L V 1986 A n n u a l ,
139
*3%137,138Ba(n,X),E=0.4-65 spacing. Tof,transmission
keY; measured a . la~ m e t h o d . REPT J A E R I - T L V
deduced 1986 A n n u a l ,
140
R A D I O A C T I V I T Y 14D,141,142,144Gd [ f r o m 144Sm(alIe,xn),naSn(3~S,xn2p)]; m e a s u r e d 7 ( X - r a y ) - c o i n , l(ce). 14~ d e d u c e d l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc, P473,Turcotte. R A D I O A C T I V I T Y *4~ [ f r o m 144Sm(aHe,xn)?laSn(3ZS,xnZp)]; m e a s u r e d " ~ ( X - r a y ) - c o i n , I(ce). *4o,141,*4a,*44Eu d e d u c e d l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc, P473,Turcotte.
A
141Eu
136
135,*3~,taSBa(n,X),E=0.4-65 spacing. Tof,transmission
A 92
=
R A D I O A C T I V I T Y la~Eu,*aTSm [ f r o m 92Mo(48Ti,X)3; m e a s u r e d 13~Sm d e d u c e d l e v e l s . B A P S A 34 1 8 2 3 , D C I , B r a g a . R A D I O A C T I V I T Y *aVEu,137Sm [ f r o m 9ZMo(48TI,X)]; m e a s u r e d *a~Sm d e d u c e d l e v e l s . B A P S A 34 1 8 2 3 , D C l , B r a g a . R A D I O A C T I V I T Y laTEu,ta~Sm [ f r o m ~ measured Xa~Sm d e d u c e d l e v e l s . B A P S A 34 1 8 2 3 , D C l , B r a g a .
A *39Ba
7(0,tt). ~a4Nd l e v e l d e d u c e d
R A D I O A C T I V I T Y 8SmRb,13emCs [ f r o m a38U(laC,F),E=IOO MeV]; m e a s u r e d T,/z. On-line mass separator. REPT J A E R I - T L V 1986 A n n u a l , P 1 4 4 , B a b a . NUCLEAR REACTIONS ~ a s , t a ~ , * a a B a ( n , X ) , E = 0 . 4 - 6 5 k e V ; m e a s u r e d a . ~3s,*3s,*39Ba d e d u c e d strength function,level spacing. Tof,transmission m e t h o d . REPT J A E R I - T L V 1986 A n n u a l , Pt95,Mizumoto. RADIOACTIVITy,iZ4Ba,tZaLa,*ZSCe,ta~Nd,*aSSm [ f r o m ~%Io(aSCl,xnyp),E=150 MeV; l~ E=150,165 MeV3; m e a s u r e d 7(0,H,t); deduced hyperfine field. Integral method. REPT J A E R I - T L V 1988 A n n u a l , P 1 6 9 , I s h i i .
A X3aBa
134 MeV; m e a s u r e d
A IaTpm
=
REPT
1987 A n n u a i , P l 3 ~ , I s h i i .
A XaSCs
132
R A D I O A C T I V I T Y ~4Ba,~a5La,*aSCe,taZNd,'aSSm [from 94Mo(a5Cl,xnyp),E=150 MeV; *~ E=150,165 MeV]; m e a s u r e d 7(0,H,t); deduced hyperfine field. Integral method. J A E R I - T L V 1986 Annual,P169,1shii.
A ~S~Nd
=
ONLY)
R A D I O A C T I V I T Y 14~ I(ee). '4~ deduced P473,Turcotte. R A D I O A C T I V I T Y 14~ I(ce). t4~ deduced P473,Tureotte.
=
141
[ f r o m 144Sm(aHe,xn),nZSn(a2S,xn2p)3; m e a s u r e d - ~ ( X - r a y ) - c o i n , l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe, [from t44Sm(atle,xn)?'2Sn(aZS,xn~p)]; measured -~(X-ray)-coin, l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,
723
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
t4ZEu
D
88TuZY:
14ZGd
D
88TuZY:
R
89AzZZ: 89KaZU:
R
89CoZX:
144Eu
D
88TuZY:
t44Gd
D
88TuZY:
R
89KaZU:
D
89KIZY:
89StZY:
14eTb
D 89KIZY:
89StZY:
R
89KaZU:
R
880sZX:
=
145
=
146
=
147
NUCLEAR REACTIONS t4eGd,146Sm(polarized d,t),E=22 MeV; 144Nd(polarized d,t),E=20 MeV; m e a s u r e d a(0). *43Nd,t45Sm,147Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P E , Kader.
A
14SNd
144
RADIOACTIVITY '46Tb(fl+),(EC) [ f r o m ~176 measured E7,I7,77-, 7 ( X - r a y ) - c o i n ; d e d u c e d 1+ l e v e l d e c a y c h a r a c t e r i s t i c s , t46Od l e v e l d e d u c e d Ifl. REPT JUL-Spez-499,P32,Klein heinz. RADIOACTIVITY 146Tb(fl+),(EC) [ f r o m Ta(p,X),E=600 MeV]; m e a s u r e d E 7 , I 7 , 7 7 - , ' ; ( X - r a y ) - c o i n ; d e d u c e d i s o m e r c o n f i g u r a t i o n , t46Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P30,Styczen. RADIOACTIVITY 146Tb(fl+),(EC) [ f r o m 9~ m e a s u r e d E7,17,77-, 7 ( X - r a y ) - c o i n ; d e d u c e d 1§ l e v e l d e c a y c h a r a c t e r i s t i c s , laeGd l e v e l d e d u c e d Ifl. REPT JUL-Spez-499,P32,Kleinheinz. RADIOACTIVITY t46Tb(fl+),(EC) I-from Ta(p,X),E=600 MeV]; m e a s u r e d ET,IT,TT-ct(X-ray)-coin; d e d u c e d i s o m e r c o n f i g u r a t i o n . 146Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P30,Styczen.
A 147Gd
=
NUCLEAR REACTIONS * 4 e G d , i 4 e S m ( p o l a r i z e d d,t),E=22 MeV; 144Nd(polarized d,t),E=2O MeV; m e a s u r e d a(0). 143Nd,t4~Sm,X4VGd d e d u c e d l e v e l s , J j r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P 2 , Kader.
A
t4eGd
143
NUCLEAR REACTIONS *3~ n o t given; m e a s u r e d 7 - s p e c t r a . 144Nd d e d u c e d levels,Tr. BAPSA 34 1824,DC4,Cottle. RADIOACTIVITY 14o,141,14z,'44Gd [ f r o m H4Sm(3lle,xn),n2sn(3ZS,xnRp)3; m e a s u r e d - ; ( X - r a y ) - c o i n , l(ce), t4o,94 d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i Far f r o m S t a b i l i t y ) Proc, P473,Tureotte. RADIOACTIVITY 14~ [ f r o m '44Sm(3He,xn),n2Sn(32S,xn2p)]; m e a s u r e d 7 ( X - r a y ) - c o i n , l(ce), t4o,141,94 d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i Far f r o m S t a b i l i t y ) ~Proc, P473,Turcotte.
A
145Sm
=
NUCLEAR REACTIONS *3~ MeV; m e a s u r e d ET,17,77-coin,7(0 ). t43Nd d e d u c e d l e v e l s , J . BAPSA 34 1824,DC3,Aziz. NUCLEAR REACTIONS *48Gd,14SSm(polarized d,t),E=22 MeV; ' 4 4 N d ( p o l a r i z e d d,t),E=20 MeV; m e a s u r e d a(0). 143Nd,145Sm,*47Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P 2 , Kader.
A
144Nd
142
RADIOACTIVITY 14~ [ f r o m t44Sm(Stte,xn),*tZSn(3ZS,xn3p)]; m e a s u r e d " 7 ( X - r a y ) - c o i n , l(ee). 14~ d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe, P473,Tureotte. RADIOACTIVITY t4~ [ f r o m 144Sm(3He,xn),nZSn(3ZS,xn2p)']; m e a s u r e d - ; ( X - r a y ) - e o i n , l(ce). '4~ d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i Far f r o m S t a b i l i t y ) Proc, P473,Turcotte.
A
t43Nd
=
ONLY)
=
148
NUCLEAR REACTIONS t4e,t~~ given; measured E7,17,77-coin,7(0 ) following C o u l o m b e x c i t a t i o n . '4s,'~~ d e d u c e d levels,J,Tr. REPT JAERI-TLV 1987 A n n u a l , P 1 3 7 , 0 s h i m a .
724
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
*~ONd
R 880sZX:
~0Dy
D 88KaZK:
~5OHo
D 89KIZX:
lSOEr
D 89KIZX:
D 87KaZI: 88KaZK:
*S*Ho
D 87KaZI: 88KaZK:
D 88KaZF:
R 871cZZ:
~Eu
D 88BuZC: 88KaZF:
15~Gd
D 87SaZJ: 88KaZF:
*~ZTb
D 87SaZJ:
,SZEr
D 88KaZK:
*5ZTm
D 89KIZX:
*~2yb
D 89DaZZ: 89KIZX:
=
151
R A D I O A C T I V I T Y 15~Yb,*~STm?Slm,151Ho?~IDy(a) [ - f r o m 144Sm(a~ MeV3; m e a s u r e d Ea,la,branching r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y *~4,*~,lssyb,15a,*54,15~Tm,15z,*~a,Z54Er,15*Ho,15~ [-from 144Sm(2~ E=120,130,150 MeV']; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y 155Yb,155Tm?~im,iSiIIo?51Dy(a) [ f r o m *4~Sm(2~ MeV]; m e a s u r e d Ea,la,branching r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y *54,155,15sYb,*53,154,1~STm,152,153,1~4Er,l~Xtto,XS~ [from *44Sm(Z~ E=120,130,150 MeV]; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori.
A '~ZSm
150
NUCLEAR REACTIONS * ( s , ~ ~ not given; measured ET,17,VT-coin,7(0) following C o u l o m b e x c i t a t i o n . 14s,1~CNd d e d u c e d l e v e l s , J j r . REPT J A E R I - T L V 1987 A n n u a l , P 1 3 7 , O s h i m a . R A D I O A C T I V I T Y ~,t55,*~sYb,*~3,z~,i55Tm,t~z,tsa,i~4Er,*~Ho,~So,tSXDy(a) [ - f r o m * ~ S m ( ~ ~ E=120,130,150 MeV']; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y ~zYb,Z~~ [ f r o m 9SRu(~SNi,2p),(SSNi,4p),E=~90 MeV]; m e a s u r e d E7,17, 77-,7(X-ray)-coin,I(ee). *~~ deduced levels,JJr,ICC, i~ZTm deduced l e v e l s , I f l . REPT J UL-Spez-499,P34,Kleinheinz. R A D I O A C T I V I T Y ~szYb,*5~ [ f r o m 9SRu(SSNi,2p),(~SNi,4p),E=299 MeV]; m e a s u r e d E~/,17, 77-,7(X-ray)-coin,l(ee). ~5~ deduced levels,Jjr,ICC. ~SZTm d e d u c e d levels,Ifl. REPT J UL-Spez-499,P34,Kleinheinz.
A *~*Dy
=
ONLY)
=
152
R A D I O A C T I V I T Y 1 5 Z E u ( f l - ) , ( f l + ) , ( E C ) ; 18ZTa(fl-); m e a s u r e d E7,IT,I(ce). !~Sm,*SeGd,XsZW transitions deduced ICC,penetration parameters,B(E0)/B(E2). Double-focusing fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P3,Kartashov. NUCLEAR REACTIONS 152,154Sm,16~176 p,p'),E=65 MeV; m e a s u r e d a(O),analyzing p o w e r v s 0. *5~,*~Sm,~~ levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R 1 K E N - 8 6 , P 3 0 , Ichihara. R A D I O A C T I V I T Y '5~,*SZmEU?S~,~8~mRe(EC); m e a s u r e d ET,E(ce) d i f f e r e n c e s ; d e d u c e d c o n v e r s i o n l i n e s h i f t . CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,Pl9,Bulgakov. RADIOACTIVITY *~eEu(fl-),(fl+),(EC); *SeTa(fl-); measured E7,17,I(ce). ~eSm,*5~Gd,'s~W transitions deduced ICC,penetration parameters,B(EO)/B(E2). Double-focusing fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P3,Kartashov. R A D I O A C T I V I T Y 152Tb(fl+),(EC); m e a s u r e d n o t g i v e n , l~ZGd d e d u c e d E0 t r a n s i t i o n internal conversion probabilities. REPT INS T o k y o 1986 A n n , P 2 7 , S a k a i . RADIOACTIVITY 15ZEu(fl-),(fl+),(EC); *eeTa(fl-); measured E7,lT,l(ce). '~eSm,*SeGd,~seW transitions deduced ICC,penetration parameters,B(E0)/B(E2). Double-focusing fl-speetrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P3,Kartashov. R A D I O A C T I V I T Y ~ZTb(fl+),(EC); m e a s u r e d n o t g i v e n . '~ZGd d e d u c e d EO t r a n s i t i o n internal conversion probabilities. REPT INS T o k y o 1986 A n n , P 2 7 , S a k a i . R A D I O A C T I V I T Y *a4,t~,*~aYb,~sa,~4,~55Tm,i~z,*aa,~~ [from *44Sm(Z~ E=lfi0,130,150 MeV3; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y ~~176 [ - f r o m 96Ru(SSNi,2p),(~SNi,4p),E=290 MeV]; m e a s u r e d E7,17, 77-,7(X-ray)-coin,I(ce). t~~ deduced levels,Jjr,ICC. *S2Tm d e d u c e d l e v e l s , I f l . REPT J UL-Spez-499,P34,Kleinheinz. R A D I O A C T I V I T Y *~,*~7,*~sYb [ f r o m ~4Sm(*aO,xn),(*aO,xn)]; 15~,153,|5~Yb [ f r o m 9aRu(SSNi,xnyp), (a~ measured isotope shifts,hfs; d e d u c e d r m s r a d i i . B A P S A 34 18~5,DC9,Das. R A D I O A C T I V I T Y ~zYb?5~ [ f r o m 9SRu(~eNi,~p),(SaNi,4p),E=290 MeV]; m e a s u r e d E7,17, 77-,7(X-ray)-coin,I(ce). i~~ deduced l e v e l s , J , r r , I C C . 152Tin d e d u c e d l e v e l s , I f l . REPT
JUL-Spez-4 99,P34,Kleinheinz. A ~a~Er
D 88KaZK:
=
153
R A D I O A C T I V I T Y ,54 . 155 .156yb . ,53 . ~54 . 155Tin . . ~52 . 153 . 154Er . . 151Us 150151Dy ( Q ) [ - f r o m * 4 4 S m ( ~ ~ E=120,130,150 MeV]; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori.
725
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A ~aaTm
D 88KaZK:
tsayb
D 89DaZZ:
R 871cZZ:
154Gd
D 86SaZH: 87SaZl: J
I54Tb
88GaZM:
D 86SaZlI: 87SaZl:
154Er
D 88KaZK:
t54Tm
D 88KaZK:
t'~4yb
D 88KaZK:
89DaZZ:
J
~55Tm
D 87KaZI:
88GaZM:
88KaZK:
t~yb
D 87KaZl: 88KaZK:
J 88GaZM:
l~6yb
D 88KaZK:
89DaZZ:
--
154
=
155
NUCLEAR MOMENTS 154,'55,158,157,158,16~ measured optical isotope shifts,hfs; deduced hfs parameters. Laser excited fluorescence m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 O , O a n g r s k y . R A D I O A C T I V I T Y 155yb,155Tm?Stm,15tHo,*51Dy(a) [ f r o m X44Sm(Z~ MeV3; m e a s u r e d Ea,la,branehing r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y i~4,x~a,156Yb?53,154,155Tm,t~z,i53,1~4Er,iS~Ho,~5~ [from *44Sm(~~ E=IR0,130,150 MeV3; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y *55Yb?55Tm,ia*m,la~Ho?5~Dy(a) [ ' f r o m 144Sm(2~ MeV3; m e a s u r e d Ea,la,branching r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y ~54,*~,*~syb,~a,~a4,~55Tm,~z,*~3,~4Er,la~lto?5~ [ f r o m *44Sm(~ONe,xnyp), E=120,130,150 MeV3; m e a s u r e d a - b r a n c h i n g ratio; d e d u c e d r a . REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori.
A *~6Gd
continued
NUCLEAR REACTIONS 15~,~54Sm,~S~ p,p'),E=65 MeV; m e a s u r e d a(0),analyzing p o w e r vs O. 'az,l~aSm,ia~ levels d e d u c e d transition strength. C o u p l e d - c h a n n e l s analysis,RPA. R E P T RIKEN-86,P30, Ichihara. R A D I O A C T I V I T Y ~a4Tb(fl+) [ f r o m *53Eu(a,3n),E=36 MeV]; m e a s u r e d I(ce). i54Gd deduced K / L intensity ratios,41. R E P T INS T o k y o 1985 Ann,P38,Sakai. R A D I O A C T I V I T Y Xa4Tb(fl+),(EC); m e a s u r e d not given, la~Gd deduced E0 transition internal conversion probabilities. R E P T INS T o k y o 1988 Ann,P~7,Sakai. NUCLEAR MOMENTS ~a4,'aa,*~s,i~7,~as,*6~ m e a s u r e d optical isotope shifts,hfs; deduced hfs parameters. Laser excited fluorescence m e t h o d . R E P T J I N R - P 6 - 8 8 - 5 8 0 , G a n g r s k y . R A D I O A C T I V I T Y *54Tb(fl+) [ f r o m 'a3Eu(a,3n),E=36 MeV']; m e a s u r e d I(ce). *54Gd deduced K/L intensity ratios,6. R E P T INS T o k y o 1985 Ann,P38,Sakai. R A D I O A C T I V I T Y *a4Tb(fl+),(EC); m e a s u r e d not given. ~a4Gd deduced E0 transition internal conversion probabilities. R E P T INS T o k y o 1986 Ann,P27,Sakai. R A D I O A C T I V I T Y *a4,i~a,~sYb.*5a,~5~,lSaTm,*az,*5a,ia~Er,i5~Ho,~a~ [ f r o m *~aSm(Z~ E=I~0,130,150 MeV]; measured a-branching ratio; deduced ra. REPT R C N P Osaka 1987 Ann,P84, Katori. R A D I O A C T I V I T Y *a~,~a,iasYb,i~a,~sa,~SaTm,~az,*~a,~a~Er,*~*Ho,*5~ [-from ~4aSm(~~ E=I~8,130,150 MeVJ; measured a-branching ratio; deduced ra. REPT R C N P Osaka 1987 Ann,P84, Katori. R A D I O A C T I V I T Y *~a,*~a,~sYb,~aa,'~4,1~Tm,laz,*sa,*a~Er,*~illo,*5~ ['from 144Sm(~~ E=I~8,130,150 MeV3; measured a-branching ratio; deduced ra. REPT R C N P Osaka 1987 Ann,P84, Katori. R A D I O A C T I V I T Y ~ssis~,*ssYb [ f r o m '44Sm(*SO,xn),('SO,xn)J; 15z,~sa,*5~Yb [ f r o m SSRu(SaNi,xnyp), (S~ m e a s u r e d isotope shifts,hfs; d e d u c e d r m s radii. B A P S A 34 18~5,DCg,Das.
A
*~SGd
153
R A D I O A C T I V I T Y *~a,'5a,X5sYb,XSa,*a4,i~Tm,~Sa,'sa,~a~Er,la~lIo,*5~ [ f r o m *~aSm(ZVNe,xnyp), E=1~0,130,150 MeV]; m e a s u r e d a - b r a n c h i n g ratio; d e d u c e d Fa. REPT RCNP Osaka 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y ~ss*~,'~aYb [ f r o m * 4 4 S m ( ' 6 0 , x n ) , ( ' S O , x n ) ] ; *~z,~53,154yb [ f r o m 9SRu(~SNi,xnyp), (S~ measured isotope shifts,hfs; d e d u c e d r m s r a d i i . B A P S A 34 1825,DC9,Das.
A 154Sm
=
ONLY)
=
156
NUCLEAR MOMENTS *54,1~5,15s,*5~,iaa,16~ measured optical isotope shifts,hfs; deduced hfs parameters. Laser excited fluorescence m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 O , G a n g r s k y . R A D I O A C T I V I T Y l~4,*~,*~sYb,153,154,1~Tm,l~2,1~3,154Er,tSllto,l~~ [from 144Sm(2~ E=IRO,13O,150 MeV]; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y l~s,laT,lasYb [ f r o m 144Sm(160,xn),(180,xn)]; l~z,laa,l~4Yb [ - f r o m 9SRu(SSNi,xnyp), (6~ measured isotope shifts,hfs; d e d u c e d r m s r a d i i . B A P S A 34 1825,DCg,Das.
726
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A *S~Gd
J
88GaZM:
R 880sZY:
t57yb
D 89DaZZ:
J
tS8Er
R 8811iZT:
tseyb
D 89DaZZ:
88GaZM:
J
88GaZM:
R 871cZZ:
R 870sZY:
R 89McZW:
D 87YaZL: 88KaZH:
R 871cZZ:
D 89HaZT:
t6SEr
D 89HaZT:
161
=
162
=
163
=
164
NUCLEAR REACTIONS ' s a , t ~ 4 S m , t a ~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0 . t52. 154Sm . . ta0Gd t64 Dy . 166 .168Er . t~ayb . . *sz. 184 W lg~os levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara.
A te6Ho
=
RADIOACTIVITY *S3Ho(EC); m e a s u r e d Tt/a; deduced l i m i t of v mass. REPT CYRIC 1986 Annual,P4, Yasumi. RADIOACTIVITY t63Iio(fl-); m e a s u r e d T,/2; d e d u c e d l i m i t o f v m a s s . I s o t o p e d i l u t i o n m a s s spectrometry. REPT CYRIC 1987 A n n u a l , P 7 4 , K a w a k a m i .
A
le4Dy
160
NUCLEAR REACTIONS n6Cd(~~ MeV; m e a s u r e d 7 - s p e c t r a , D o p p l e r s h i f t e d r e c o i l d i s t a n c e , t6zyb d e d u c e d l e v e l s , T t / 2 , B ( X ) , t r a n s i t i o n a l q u a d r u p o l e m o m e n t s . REPT ORNL-6508, P77,McG0wan.
A
163Ho
=
NUCLEAR REACTIONS tS*Dy(~aNi,~aNi'),E=250 MeV; m e a s u r e d ET,17,7~(0),%(t) f o l l o w i n g C o u l o m b e x c i t a t i o n , t6lDy l e v e l s d e d u c e d B(X). REPT J A E R I - T L V 1986 A n n u a l , P 1 6 4 , 0 s h i m a .
A
tazyb
158
NUCLEAR MOMENTS t~4,t55,t56,tsv,xsa,tS~ measured optical isotope shifts,hfs; deduced hfs parameters. L a s e r e x c i t e d f l u o r e s c e n c e m e t h o d . REPT J I N R - P 6 - O 8 - 5 8 0 , G a n g r s k y . NUCLEAR REACTIONS t~a,t~4Sm,ta~ p,p'),E=65 MeV; m e a s u r e d c ; ( 0 ) , a n a l y z i n g p o w e r v s 0. t~z,t~4Sm,tS~ levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara.
A
tStDy
=
NUCLEAR MOMENTS '~4,ts~,tas,t57,tse,t6~ measured optical isotope shifts,hfs; deduced hfs parameters. L a s e r e x c i t e d f l u o r e s c e n c e m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 0 , G a n g r s k y . NUCLEAR REACTIONS '4eNd(~O,F),E=I78 MeV; m e a s u r e d f i s s i o n ( f r a g m e n t ) n c o r r e l a t i o n , tSaEr deduced neutron multiplicity v s e x c i t a t i o n . REPT RCNP O s a k a 1987 A n n , P 7 6 , H i n d e . RADIOACTIVITY *56,157,158yb [ f r o m t44Sm(t60,xn),(*aO,xn)]; lsz,tsa,t54yb [ f r o m 9SRu(SSNi,xnyp), (S~ measured i s o t o p e s h i f t s , h f s ; d e d u c e d r m s r a d i i . BAPSA 34 1825,DC9,Das.
A
t60Gd
157
NUCLEAR MOMENTS 15r176 measured optical isotope shifts,hfs; deduced hfs parameters. L a s e r e x c i t e d f l u o r e s c e n c e m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 0 , G a n g r s k y . NUCLEAR REACTIONS t~VGd?VSYb(SaNi,~aNi'),E=250 MeV; m e a s u r e d E % I T , 7 ( 0 ) , 7 7 - c o i n f o l l o w i n g C o u l o m b e x c i t a t i o n , tvaYb,taTGd l e v e l s d e d u c e d B(X). REPT J A E R I - T L V I987 A n n u a l , P 1 3 4 , Oshima. RADIOACTIVITY ~ss,ts7,tsayb [ f r o m *4~Sm(tSO,xn),(tSO,xn)]; t~z,tsa,ts4yb [ f r o m S~Ru(~SNi,xnyp), (e~ measured i s o t o p e s h i f t s , h f s ; d e d u c e d r m s r a d i i . BAPSA 34 1825,DC9,Das.
A
tSeGd
=
ONLY)
=
166
RADIOACTIVITY 'aSmHo; m e a s u r e d " F ( 0 ) , o r i e n t e d n u c l e i , d e p e n d e n c e o n b a n d . BAPSA 34 1 8 2 5 , p C I 0 , 1 1 a m i l t o n . RADIOACTIVITY t66rnfIo; m e a s u r e d 7 ( 0 ) , o r i e n t e d n u c l e i , d e p e n d e n c e o n b a n d . BAPSA 34 1 8 2 5 , D C l O , l l a m i l t o n .
727
t6SEr d e d u c e d
E2,MI t r a n s i t i o n
r
tSaEr d e d u c e d
E2,MI t r a n s i t i o n
6
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A tSSEr
R 871cZZ:
88KaZN:
lSSTm
D 88ShZP:
lsSyb
D 88ShZP:
R 871cZZ:
R 89LeZV:
R 89LeZV:
D 89KrZS:
t72TM
D 89KrZS:
R 880sZY:
R 87IcZZ:
88KaZN:
D 87FuZV:
=
170
172
=
77(0)- *72TIn t r a n s i t i o n s
deduced
8(E2/MI). BAPSA 34 1825,
77(0). *72Tm t r a n s i t i o n s
deduced
(5(E2/MI). BAPSA 34 1825,
=
173
=
MeV; m e a s u r e d E T , I T , 7 ( 0 ) , 7 7 - c o i n f o l l o w i n g B(X). REPT J A E R I - T L V 1987 A n n u a l , P 1 3 4 ,
176
NUCLEAR REACTIONS *s2,X54Sm,lS~ p,p'),E=65 MeV; m e a s u r e d o ( 0 ) , a n a l y z i n g p o w e r v s 0. t~a,'S4Sm,*S~176 levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara. NUCLEAR REACTIONS lSSEr,X76yb(aHe,aHe),(alle,alle'),E=g9 MeV; *SSEr,t~syb(a,a'),(a,ct),E=120 MeV; m e a s u r e d tl(O), tSSEr,tTsyb d e d u c e d q u a d r u p o l e m o m e n t . C o u p l e d - c h a n n e l a n a l y s i s . REPT RCNP O s a k a 1987 A n n , P 3 1 , K a m i g a i t o .
A tTaHf
169
NUCLEAR REACTIONS tS7Gd,tTaYh(SONi,~aNi'),E=250 C o u l o m b e x c i t a t i o n , tvayb,lS~Gd l e v e l s d e d u c e d Oshima.
A *Tsyb
=
RADIOACTIVITY tTaEr; m e a s u r e d DCl2,Krane. RADIOACTIVITY *72Er; m e a s u r e d DCl2,Krane.
A tTayb
168
NUCLEAR REACTIONS *3~ not given; measured Doppler broadened line s h a p e . *sg,tT~ deduced levels,J,~,Tt/z,average transition quadrupole m o m e n t . BAPSA 34 1825,DCI1,Lee.
A 172Er
=
NUCLEAR REACTIONS la~ n o t g i v e n ; m e a s u r e d D o p p l e r broa~dened l i n e s h a p e . *sa,tV~ deduced lcvels,Jjr,T,/2,avcrage transition quadrupole m o m e n t . BAPSA 34 1825,DCII,Lee.
A t~OHf
continued
NUCLEAR REACTIONS *52,ta4Sm,'S~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 152154~ , ~ m . 16Dr2 . . d. IS4 . n y, 16S, lSap~ r . 17syb . .182. 184~ 192Os levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara.
A *~aHf
166
NUCLEAR REACTIONS t s 2 , t a 4 S m , t S ~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. ts2,t54Sm,lSOGd,tS4Dy,tSS,iSSEr,tTsyb,*Sz,'S4w,ZgZOs levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara. NUCLEAR REACTIONS tSSEr,tVsyb(aHe,alle),(aile,aHe'),E=90 MeV; tSSEr,tVsyb(a,a'),(a,a),E=120 MeV; measured (7(0). tSSEr,17syb deduced quadrupole m o m e n t . Coupled-channel analysis. R E P T R C N P Osaka 1987 Ann,P31,Kamigaito. RADIOACTIVITY lssYb(EC),ISSTm(fl+),(EC); m e a s u r e d asymmetry,polarization,fl+(O); deduced ~. Source implanted into CaFmlaser optical pumping. REPT R C N P Osaka 1987 Ann,P88,Shimomura. RADIOACTIVITY XssYb(EC),tSSTm(fl+),(EC); m e a s u r e d asymmetry,polarization,fl+(0); deduced /z. Source implanted into CaF2,1aser optical pumping. R E P T R C N P Osaka 1987 Ann,P88,Shimomura.
A *SSEr
=
ONLY)
= ,178
RADIOACTIVITY '78Ta(EC) [ f r o m 181T a ( p , 4 n ) 178W ( E C - d e c a y ) ] ; m e a s u r e d r e l a t i v e d e d u c e d E0 t r a n s i t i o n K / L r a t i o s . REPT INS T o k y o 1986 A n n , P 2 7 , F u j i t a .
728
l(ce),I 7. 178Hf
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A Z~eTa
D 87FuZV:
R
89BaZS:
lTOlr
R
89JiZZ:
R
zaOos
R 89SeZS:
89LaZS:
R 89JiZZ:
D 88KaZF:
tea W
D
88KaZF:
R 871eZZ:
89WuZW:
teZRe
D 870hZU:
*eZOs
R 89SeZR:
D 870hZU:
taapt
D 89SeZQ:
ta3Au
D 89ScZQ:
D 88BuZD:
180
=
181
=
182
=
183
RADIOACTIVITY i~176 [from 'a2,ta3Os,Z~ d e c a y ] ; m e a s u r e d NMR. O r i e n t e d n u c l e i i m p l a n t e d i n Ni,Fe. REPT INS T o k y o 1986 A n n , P 3 1 , 0 h y a . RADIOACTIVITY t a a A u [ f r o m tatTa(t2C,10n)]; measured "),7(t),7(X-ray)(t),7(ce)(t), (ee)(X-ray)(t). taapt deduced levels,transition features. B A P S A 34 1 8 2 5 , D C 1 4 , Schwarzenberg. RADIOACTIVITY ZaaAu [ f r o m 'alTa(t2C,10n)]; measured 77(t),7(X-ray)(t),7(ee)(t), (ce)(X-ray)(t). *aaPt d e d u c e d levels,transition features. B A P S A 34 1 8 2 5 , D C 1 4 , Sehwarzenberg.
A t84 W
=
RADIOACTIVITY *~ZEu(fl-),(fl+),(EC); taZTa(fl-); m e a s u r e d ET,17,1(ce). 152Sm,t52Gd,tsZw transitions deduced ICC,penetration pararneters,B(E0)/B(E2). Double-focusing f l - s p e c t r o m e t e r . CONF V i l n i u s ( P r e c i s i o n i n Nuel S p e c t r o s c ) P r o c , P 3 , K a r t a s h o v . RADIOACTIVITY 15aEu(fl-),(fl+),(EC); taZTa(fl-); m e a s u r e d E T , l T , l ( e e ) . t$2Sm,taZGd,'oaW transitions deduced ICC,penetration parameters,B(E0)/B(E2). Double-focusing f l - s p e e t r o m e t e r . CONF V i l n i u s ( P r e c i s i o n i n N u e l S p e e t r o s e ) P r o c , P 3 , K a r t a s h o v . NUCLEAR REACTIONS taa,t54Sm,tS~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. z~2,'54Srn,t6~ levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara. NUCLEAR REACTIONS t a a , l a 4 W ( a O N i , S a N i ' ) , ( t a 6 X e , t S 6 X e ' ) , E not given; measured 7(partiele)(particle)-coin f o l l o w i n g C o u l o m b e x c i t a t i o n , ta2,'S4W l e v e l s d e d u c e d s t a t i c , t r a n s i t i o n m a t r i x e l e r n e n t s , q u a d r u p o l e m o m e n t s , b a n d m i x i n g e f f e c t s . BAPSA 34 18~6,DC15, Wu. RADIOACTIVITY tez,taaRe,Z63pb [ f r o m 'aa,tSaOs,Z~ d e e a y ] ; m e a s u r e d NMR. O r i e n t e d n u c l e i i m p l a n t e d i n Ni,Fe. REPT INS T o k y o 1986 A n n , P 3 1 , O h y a . NUCLEAR REACTIONS tS~ MeV; m e a s u r e d 7 - m u l t i p l i e i t y , 7 7 - e n e r g y c o r r e l a t i o n . te~Os d e d u c e d l e v e l s , J , ~ , b a n d s t r u c t u r e . REPT J U L - S p e z - 4 9 9 , P 4 3 , S e h n a r e .
A
163Re
179
NUCLEAR REACTIONS t~6,t~aGd(ZTAI,4n),E=I34 MeV; m e a s u r e d 7 7 - c o i n . t~9,ta'Ir d e d u c e d levels, Jjr,configuation,band f e a t u r e s . BAPSA 34 1825,DC13,Jin.
A
ZeZTa
=
NUCLEAR REACTIONS *a~ n o t g i v e n ; m e a s u r e d 7 7 - c o i n . ta6Ta d e d u c e d l e v e l s . BAPSA 34 1 8 0 2 , A D 4 , L a r i m e r . NUCLEAR REACTIONS tS~ MeV; m e a s u r e d E T , 7 7 - c o i n , 7 - m u l t i p l i c i t i e s , 7 7 - e n e r g y c o r r e l a t i o n , ta~ deduced levels,band deformation f e a t u r e s . REPT J U L - S p e z - 4 9 9 , P 4 1 , Schnare.
A latlr
continued
NUCLEAR REACTIONS tS~ MeV; m e a s u r e d 7 V - c o i n . '~SOs d e d u c e d l e v e l s , J j r , r o t a t i o n a l b a n d s . REPT J U L - S p e z - 4 9 9 , P 3 9 , B a l a b a n s k i . NUCLEAR REACTIONS tss,t5aGd(aTA1,4n),E=134 MeV; m e a s u r e d 7 7 - c o i n . tvo,ta'Ir d e d u c e d levels, Jjr,eonfiguation,band f e a t u r e s . BAPSA 34 1825,DC13,Jin.
A
ZS6Ta
178
RADIOACTIVITY *TOTa(EC) I - f r o m iatTa(p,4n)tTaW(EC-decay)3; m e a s u r e d r e l a t i v e I(ce),I% *TaHf d e d u c e d E0 t r a n s i t i o n K / L r a t i o s . REPT INS T o k y o 1986 A n n , P 2 7 , F u j i t a .
A
l?Oos
=
ONLY)
=
18.~
RADIOACTIVITY *s4mRe(IT),(EC),ta4Re(EC) [ f r o m W(d,En),E=13.6 MeV3; m e a s u r e d p r e c i s e E(ce), l(ee), ta4Re,te4W t r a n s i t i o n s d e d u c e d p r e c i s e ET. D o u b l e - f o c u s i n g p - s p e c t r o m e t e r . CONF V i l n i u s ( P r e c i s i o n i n Nucl S p e c t r o s c ) P r o c , P l 5 , B u l g a k o v .
729
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A s84 W
R 87IcZZ:
89WuZW:
181Re
D 88BuZC: 88BuZD:
R 89BaZR:
*8~ir
R 89BaZQ:
R 89HeZQ:
tSSAu
R 89PoZW:
*8SHg
D 89AkZZ:
SeSTI
D 89AkZZ:
R 89PoZW:
leSHg
D 89AkZZ:
IaSTI
D 89AkZZ:
D 89ZgZY:
*00TI
D 89ZgZY:
R 89YeZZ:
R 871cZZ:
186
=
188
=
190
=
=
deduced
Ievels,J,~,band
structure,
deduced
levels,J,~,band
structure,
191
NUCLEAR REACTIONS ZS~ structure. BAPSA 34 1816,CC6,Ye.
A
IS20S
=
RADIOACTIVITY I9~ measured not given. Is~ 7-multipolarity,B(X). B A P S A 34 1816,CC3,Zganjar. RADIOACTIVITY iSSTl; m e a s u r e d not given. XS~ 7-multipolarity,B(),). B A P S A 34 1816,CC3,Zganjar.
A
191Hg
185
NUCLEAR REACTIONS 172yb(tgF,5n),(*~ MeV; m e a s u r e d V - s p e c t r a . *8s,18SAu d e d u c e d l e v e l s . REPT IPN 1988 A n n u a l , P E 5 0 , P o r q u e t . RADIOACTIVITY 18s,'S6Tl(fl+); m e a s u r e d not given. 'ee,zS6Hg d e d u c e d levels,J,shape characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i . RADIOACTIVITY zss,SS6Tl(fl+); m e a s u r e d not given. 18s,186Hg d e d u c e d levels,J,shape characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i .
A
sgOllg
=
NUCLEAR REACTIONS lSaOs(a,6n),E=80 MeV; m e a s u r e d T - s p e c t r a . laSPt d e d u c e d levels,J,~v,T,/2, band structure,shape characteristics. REPT J U L - S p e z - 4 9 9 , P 5 0 , H e b b i n g h a u s . NUCLEAR REACTIONS l~2Yb(19F,5n),(ZOF,3n),E=95 MeV; m e a s u r e d T - s p e c t r a . zss,'SSAu d e d u c e d l e v e l s . REPT IPN 1988 A n n u a l , P E 5 0 , P o r q u e t . RADIOACTIVITY 18s,'SSTl(fl+); m e a s u r e d not given, tes,iaSHg d e d u c e d " l e v e l s , J , s h a p e characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i . RADIOACTIVITY 188,'86Tl(fl+); m e a s u r e d not given. '88,*sStIg d e d u c e d levels,J,shape characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i .
A
ZSSAu
continued
NUCLEAR REACTIONS '8SW(a,5n),E=55 MeV; m e a s u r e d ET,Iv,7(t),vV-coin. lSSOs d e d u c e d levels,J, w,band structure. REPT J U L - S p e z - 4 9 9 , P 4 6 , B a l a b a n s k i . NUCLEAR R E A C T I O N S ' ' S ~ R e ( a , 6 n ) , E = I 0 0 MeV; m e a s u r e d 7 7 - c o i n , T T ( 0 ) , o r i e n t e d n u c l e i . SaSlr deduced levels,J,rr,B(k),d,band structure. REPT J U L - S p e z - 4 9 9 , P 4 8 , B a l a b a n s k i .
A leapt
184
NUCLEAR REACTIONS 1az,la4Sm,lS~ p,p'),E=65 MeV; m e a s u r e d a(0),analyzing p o w e r vs 0. z5z,*54Sm,*SOGd,~e4Dy,~SS,SSSEr,iVsYb,lSz,Se4W,t~Os levels d e d u c e d transition strength. C o u p l e d - c h a n n e l s analysis,RPA. R E P T RIKEN-86,P30, Ichihara. NUCLEAR REACTIONS *vz,*a4w(ssNi,5SNi'),(ZaSXe,~3SXe'),E not given; measured T(particle)(particle)-coin following C o u l o m b excitation, zsz,*S~W levels d e d u c e d static, transition matrix elements,quadrupole m o m e n t s , b a n d m i x i n g effects. B A P S A 34 1826,DC15, Wu. RADIOACTIVITY l~z,~5~mEu,la4,*SamRe(EC); m e a s u r e d ET,E(ce) differences; deduced conversion line shift. C O N F Vilnius(Precision in Nucl Spectrosc) Proc,Pl9,Bulgakov. R A D I O A C T I V I T Y ~84mRe(IT),(EC),~S4Re(EC) [ f r o m W(d,~n),E=13.6 MeV]; measured precise E(ce), I(ce). Za4Re,*S4W transitions d e d u c e d precise ET. D o u b l e - f o c u s i n g fl-spectrometer. C O N F Vilnius(Precision in Nucl Spectrosc) Proc,Pl5,Bulgakov.
A 1850s
=
ONLY)
MeV; m e a s u r e d
n o t g i v e n . *9ZHg d e d u c e d
192
NUCLEAR REACTIONS *~z,*$4Sm,lS~ MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. s52,154Sm,lS~ levels deduced transition strength. Coupled-channels analysis,RPA. lehihara.
730
levels,band
p,p'),E=65 REPT R I K E N - 8 6 , P 3 0 ,
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A ZSZHg
R 89RoZS:
D 89HeZO:
194TI
D 89HeZO:
RADIOACTIVITY levels,J,Tr. BAPSA RADIOACTIVITY levels,J,rr. BAPSA
D 87SaZH:
D 87SaZH:
D 860mZZ:
D 87FuZU:
2o3pb
D 87FuZU: 870hZU:
D 88ZhZT:
R A D I O A C T I V I T Y 2~ [from penetration parameter. REPT R A D I O A C T I V I T Y 2~ [from penetration parameter. REPT R A D I O A C T I V I T Y sa2,se3Re,2~ implanted i n Ni,Fe. REPT INS
=
D 86FuZU:
2O7Bi
D 86FuZU:
J
89BeZE:
D 87MoZL :
possible isomer decay features,
7(0,II); d e d u c e d
g-factor.
Time
integral
method.
7(0,H); d e d u c e d
g-factor.
Time
integral
method.
198
202 MeV'l; m e a s u r e d
l(ce); d e d u c e d
=
204
=
--
measured B A P S A 34
=
MeV'l; CONF
transitions
deduced
K / L l(ce)
transitions
deduced
K/L
I(ee)
209 hfs; d e d u c e d h y p e r f i n e 1817,CCl0,Bcrger.
parameters.
Target beam
injected
210
R A D I O A C T I V I T Y 2ZSRa; ZZ4Bi,zZ4po,Zi~ [ f r o m l a . Zl4Bi d e d u c e d levels,fl-branching,log f t . THESIS G M o u z e , l ' U n i v d e Nice.
731
Ge d e t e c t o r .
207
R A D I O A C T I V I T Y 2~247 m e a s u r e d r e l a t i v e l(ce). 2~ subshell r a t i o . REPT INS T o k y o 1985 A n n , P 4 7 , F u j i t a . R A D I O A C T I V I T Y 2~ m e a s u r e d r e l a t i v e I(ce). 2~ subshell r a t i o . REPT INS T o k y o 1985 A n n , P 4 7 , F u j i t a .
NUCLEAR MOMENTS 2~ into cryogenic gas cell.
subshell
203
RADIOACTIVITY n4mln(IT) ['from naln(n,7)]; ~~ [from 2~ measured 17,I(K X - r a y ) . n 4 I n , 2 ~ transitions d e d u c e d ICC. H y p e r p u r e Vilnius(Precision in Nuel Speetrosc) Proc,P35,Zheltonozhsky.
A 2~opb
possible isomer decay features,
MeV]; m e a s u r e d r e l a t i v e I(ce). Z~ deduced INS T o k y o 1986 A n n , P 3 2 , F u j i t a . Z~ MeV]; m e a s u r e d r e l a t i v e I(ee). 2~ deduced INS T o k y o 1986 A n n , P 3 2 , F u j i t a . [from 'ez,leaos,2~ decay-I; m e a s u r e d NMR. O r i e n t e d n u c l e i T o k y o 1986 A n n , P 3 1 , O h y a .
A ZOOBi
deduced levels,band
Z~
A 2oTpb
=
l~
196
R A D I O A C T I V I T Y 2~ [from 2~ l ( c e ) r a t i o . REPT INS T o k y o 1985 A n n , P 4 5 , 0 m a t a .
A 204pb
=
=
A 2O3Ti
7-spectra.
194
R A D I O A C T I V I T Y *gSm,t98mHg(IT); m e a s u r e d REPT CYRIC 1988 A n n u a l , P 4 8 , S a i t o h .
A Z0zpb
=
R A D I O A C T I V I T Y z96m,toamHg(IT); m e a s u r e d REPT CYRIC 1986 A n n u a I , P 4 8 , S a i t o h .
A *ge.Hg
continued
194Tl(fl+); m e a s u r e d n o t g i v e n , lg4Hg d e d u c e d 34 I 8 1 6 , C C 8 , H e n r y . 194Tl(fl+); m e a s u r e d n o t g i v e n . *94Hg d e d u c e d 34 1 8 1 6 , C C 8 , H e n r y .
A
*96Hg
192
NUCLEAR REACTIONS 17sYb(~2Ne,6n),E=122 MeV; m e a s u r e d structure,moment o f i n e r t i a . B A P S A 34 1816,CC7,Roy.
A
1941tg
=
ONLY)
ZaSRa d e c a y c h a i n ] ; m e a s u r e d ZS4po d e d u c e d
Ev,17,V7-coin,Ea, levels,ICC,7-multipolarity,6.
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 2~4Bi
D 87MoZL:
~'14po
D 87MoZL:
al4Ra
R 86AdZV:
R 86AdZV:
87AdZU:
R
87SuZY:
NUCLEAR REACTIONS 2 ~ deduced levels,J,rr,B(El)/B(E2).
D
88MiZJ:
D
88MiZJ:
R
87FuZT:
ZZOpa
D
87MiZO:
D 87MiZ0: 88M i ZJ :
R 87KoZF:
NUCLEAR REACTIONS 2~ 222Th d e d u c e d l e v e l s . C r y s t a l
D 87MoZL :
=
Ea,TI/z; d e d u c e d Pa. REPT OULNS 1987 A n n u a l , P 1 2 2 ,
219 Ea,TI/2; d e d u c e d Fa. REPT OULNS 1987 A n n u a l , P 1 2 2 ,
330
=
221
=
MeV]; m e a s u r e d Ea,T,/a; d e d u c e d
E(a),Tt/a. REPT INS
r a . REPT OULNS 1987 A n n u a l , P 1 2 2 ,
222
MeV; m e a s u r e d " ) , - / - c o i n , y - m u l t i p l i c i t y , T - t o t a l ball,enriched t a r g e t . REPT R I K E N - 8 6 , P I T , K o h n o .
A aa6Ra
=
alTRa
218
R A D I O A C T I V I T Y 2z~ [ f r o m a~176 T o k y o 1986 A n n , P 3 7 , M i y a t a k i . R A D I O A C T I V I T Y 221Pa,21s,21gAc(a); m e a s u r e d Miyatake.
A 222Th
=
nuclei,
NUCLEAR REACTIONS a~ MeV; 2~ MeV; m e a s u r e d E7,1%7(0), yT-coin,Ea,la. 2Z~ d e d u c e d l e v e l s , J , r r , T t / 2 . REPT R I K E N - 8 6 , P 1 4 , F u k u d a . R A D I O A C T I V I T Y 2z~ [ f r o m a~ MeV]; m e a s u r e d E(a),TI/a. REPT INS T o k y o 1986 A n n , P 3 7 , M i y a t a k i .
A aalpa
MeV; m e a s u r e d Ey,IY,77(t),7(O), 1985 A n n , P 5 3 , A d a c h i . E T , 7 7 ( t ) . 21~Ra d e d u c e d l e v e l s , J , r r .
217
R A D I O A C T I V I T Y aalPa,als,Z*gAc(a); m e a s u r e d Miyatake.
A 22OAc
=
R A D I O A C T I V I T Y aaIPa,21a,aZgAc(a); m e a s u r e d Miyatake.
A 219Ac
215
MeV; m e a s u r e d ET,IT,77(O),oriented REPT R I K E N - 8 6 , P 1 2 , S u g a w a r a .
A a18Ac
=
NUCLEAR REACTIONS Z~ MeV; Z~ 7 I t ) . zl4,2LSRa d e d u c e d l e v e l s , J , T r , T l / a . REPT INS T o k y o NUCLEAR REACTIONS Z ~ MeV; m e a s u r e d REPT INS T o k y o 1986 A n n , P 3 5 , A d a c h i .
A ZlTRa
214
R A D I O A C T I V I T Y aaeRa; Z*4Bi,214Po,21~ [ f r o m Za6Ra d e c a y c h a i n ] ; m e a s u r e d E y , I y , y y - e o i n , E a , I a . 2~4Ei d e d u c e d levels,fl-branching,log f t . Z*4po d e d u c e d levels,ICC,T-multipolarity,~. TtIESIS G M o u z e , l ' U n i v d e Nice. R A D I O A C T I V I T Y ZZaRa; a*48i,a*~Po,a*~ [ f r o m a~SRa d e c a y c h a i n 3 ; m e a s u r e d E y , l y , y y - c o i n , E a , la. a'4Bi deduced levels,fl-branching,log ft. a~Po deduced levels,ICC,7-multipolarity,8. THESIS G M o u z e , l ' U n i v d e Nice. NUCLEAR REACTIONS z~ MeV; 2~ MeV; m e a s u r e d ET,IT,7-~(t),~(O ), 7 I t ) . a~4,a~SRa d e d u c e d l e v e l s , J , ~ r , T , / a . REPT INS T o k y o 1985 A n n , P 5 3 , A d a c h i .
A a'aRa
=
ONLY)
=
energy.
226
R A D I O A C T I V I T Y 226Ra; 2'4Bi,2'4Po,al~ [ f r o m 22~Ra d e c a y c h a i n ] ; m e a s u r e d E % I % T T - c o i n , E a , l a . Zl4Bi d e d u c e d levels,fl-branchihg,log ft. a'4Po deduced levels,lCC,7-multipolarity,6. THESIS G M o u z e , l ' U n i v d e Nice.
732
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 23~pu
D 89SuZW:
D 89SuZW:
D 87ShZQ:
=
241
RADIOACTIVITY Z4tCm(a),(EC) [ f r o m Z39Pu(a,2n)]; m e a s u r e d 7 ( X - r a y ) - e o i n ; d e d u c e d Q(EC). 237Pu [ f r o m Z3~U(a,2n)]; m e a s u r e d 7 ( X - r a y ) - c o i n . 237pu deduced energy for KEC-decay. BAPSA 34 1819,CE2,Sur.
A Z*Scf
237
RADIOACTIVITY 241Cm(cx),(EC) [ f r o m 239pu(a,2n)]; m e a s u r e d 7 ( X - r a y ) - c o i n ; d e d u c e d Q(EC). Z37Pu [ f r o m Z3~U(a,2n)3; m e a s u r e d 7 ( X - r a y ) - c o i n . 237Pu deduced energy for KEC-deeay. BAPSA 34 1819,CE2,Sur.
A ~41Cm
=
ONLY)
=
245
RADIOACTIVITY Z45Cf(a); m e a s u r e d Ea,la,EC b r a n c h i n g ratio,Ti/2. REPT JAERI-TLV 1986 Annual, PI23,Shinohara.
733
SOURCES
(Reports,Abstracts,etc.
A sH
R
89WaZT:
D 86KaZL: 87KaZD: 87KaZG: 89BoZS:
R 89FeZU:
R 88MiZi :
D 88KiZS: 880zZZ: 88ShZO: R 86YaZR: 87NaZU:
89SoZW: sac
R 86YaZR: 87KaZB: 87YaZP: 87YaZQ: 890pZY:
89RaZV: sz N
D 88KiZS: 88ShZO:
3
=
4
=
10
NUCLEAR R E A C T I O N S 9Be(d,n),E=25 MeV; m e a s u r e d a(0); d e d u c e d d e d u c e d r e l a t i v e s p e c t r o s c o p i c f a c t o r . DWBA a n a l y s i s , a d i a b a t i c CYRIC 1987 A n n u a l , P I , M i u r a .
A 12B
f a c t o r . BAPSA 34
NUCLEAR REACTIONS 3H(p,3'),E=2-15 MeV; m e a s u r e d "~ s p e c t r a . 4tie d e d u c e d ( % p ) / ( ' L n ) r a t i o vs excitation,no charge symmetry v i o l a t i o n . BAPSA 34 1 8 1 0 , B D g , F e l d m a n .
A Io B
=
form
RADIOACTIVITY 3H(fl-); m e a s u r e d Eft ; d e d u c e d u mass limit. Kurie plot,Air-core spectrometer. REPT INS T o k y o 1985 A n n , P 5 5 , K a w a k a m i . RADIOACTIVITY 3H(fl-); m e a s u r e d E(fl-); deduced l i m i t of u - b a r mass. REPT CYRIC 1986 A n n u a l , PI,Kato. RADIOACTIVITY 3tI(fl-); m e a s u r e d Eft; deduced u m a s s u p p e r limit. REPT INS Tokyo 1986 A n n , P38,Kawakami. RADIOACTIVITY 3tI(fl-); m e a s u r e d e x t e r n a l b r e m s s t r a h l u n g s p e c t r a . NbT(0.4) s o u r c e . REPT J U L - S p e z - 4 9 9 0 P 5 4 , B o r c h e r t.
A 4He
I
NUCLEAR REACTIONS 'tI(e,e),E=8.25 GeV; m e a s u r e d a(0(e)). 1tt d e d u c e d 1811,BE3,Walker.
A 3H
=
ONLY)
=
o p t i c a l p o t e n t i a l , l~ levels approximation. Tof..REPT
12
RADIOACTIVITY taB(fl-)?aN(fl+); m e a s u r e d NMR in Mg; d e d u c e d lattice e x p a n s i o n . REPT OULNS 1987 A n n u a l , P 7 5 , K i t a g a w a . RADIOACTIVITY 12B(fl-) [ f r o m t l B ( d , p ) , E = 3 . 8 5 MeV]; m e a s u r e d a s y m m e t r y , polarization 9 T i l t e d f o i l . REPT OULNS 1987 A n n u a l , P 8 O , O z a w a . RADIOACTIVITY 12B(fl-); laN(fl§ m e a s u r e d Eft; deduced s h a p e factor. REPT OULNS 1987 A n n u a l , P66,Shimomura. NUCLEAR REACTIONS llB(a,t),(a,3He),E=64.9 MeV; m e a s u r e d a(0). 12C,12B l e v e l s d e d u c e d CaS,F, i s o - s p i n m i x i n g . REPT INS T o k y o 1985 A n n , P 2 2 , Y a s u e . NUCLEAR REACTIONS 12C,24Mg,a~Al,asSi04STi(TLi,TBe),E=150 MeV; m e a s u r e d or(0) v s t a r g e t excitation. SaB,a4Na,27Mg,aSAI,48Sc d e d u c e d i s o v e c t o r g i a n t r e s o n a n c e excitation. DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a . NUCLEAR REACTIONS lz,S3C(n,p),E=65-230 MeV; m e a s u r e d a . 1z,13B d e d u c e d G a m o w - T e l l e r transition strength. White neutron s o u r c e . BAPSA 34 1 8 3 4 , E C 1 0 , S o r e n s o n . NUCLEAR REACTIONS nB(a,t),(a,31te),E=64.9 MeV; m e a s u r e d or(0), laC,SaB l e v e l s d e d u c e d CaS,F, i s o - s p i n m i x i n g . REPT INS T o k y o 1985 A n n , P 2 2 , Y a s u e . NUCLEAR REACTIONS StB,Sa,13,S4C,SSN,S60(d,n),E=25 MeV; m e a s u r e d or(0). 12C d e d u c e d l e v e l s , J , ~,CaS. A d i a b a t i c a n a l y s i s . REPT CYRIC 1986 A n n u a l , P l T , K a w a m u r a . NUCLEAR REACTIONS S~C(31Ie,a),E=55 MeV; m e a s u r e d m o m e n t u m s p e c t r u m . SaC deduced possible l e v e l . REPT INS T o k y o 1986 A n n , P l 8 , Y a s u e . NUCLEAR REACTIONS IIB(a,ta),E=64.5 MeV; m e a s u r e d a(0(t),0(a)), lZC d e d u c e d p o s s i b l e level, J,Tr. a c l u s t e r m o d e l . REPT INS T o k y o 1986 A n n , P l T , Y a s u e . NUCLEAR REACTIONS S a C ( p o l a r i z e d p , p ' ) , E = 2 0 O MeV; m e a s u r e d polarization transfer o b s e r v a b l e s . SaC t r a n s i t i o n s d e d u c e d n u c l e a r r e s p o n s e T d e p e n d e n c e . BAPSA 34 1829,DE9, Opper. NUCLEAR REACTIONS SaC(asSi,zSSi'),E(cm)=43.5,48 MeV; m e a s u r e d - / ( S a C ) - c o i n . SaC l e v e l deduced spin alignment,statistical t e n s o r s . BAPSA 34 1818,CD7,Ray. RADIOACTIVITY SaB(fl-),SaN(fl+); m e a s u r e d NMR in Mg; d e d u c e d lattice e x p a n s i o n , kEPT OULNS 1987 A n n u a l , P 7 5 , K i t a g a w a . RADIOACTIVITY SaB(fl-); SZN(fl+); m e a s u r e d Eft; deduced s h a p e factor. REPT OULNS 1987 A n n u a l , P66,Shimomura,
711
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A ,a B
R 89SoZW:
z3 C
R
89HeZU:
t3 N
R
87KaZC:
D
87AsZY: 88AsZZ:
14 N
R
88KaZI:
D R
870zZZ: 87KaZC:
88NiZW:
R 8gGaZW:
R 87YaZR:
2ONa
R
89SmZZ:
R
89KuZW:
R
22Na
R 870rZY:
89GiZZ:
R 87NaZU:
18
=
neutron
s p e c t r a , laNe d e d u c e d
no 3 +
20
=
21
=
n o t g i v e n . 2*hlg d e d u c e d
levels,Jjr.
22
NUCLEAR REACTIONS *aO(%i,d),E n o t given; m e a s u r e d n o t given; a2Ne d e d u c e d levels. BAPSA 34 18O2,AD5,Giesen. NUCLEAR REACTIONS 22Ne,26Mg(p,n),E=35 MeV; m e a s u r e d En,a(0). 22Na,a6Al d e d u c e d s t r e t c h e d s t a t e . DWBA a n a l y s i s , s t a t e . T o f . REPT CYRIC 1986 A n n u a l , P ~ 9 , 0 r i h a r a .
A 24Na
=
NUCLEAR REACTIONS a4Mg(atte,6Ite),E=73 MeV; m e a s u r e d BAPSA 34 1 8 O 2 , A D 8 , K u b o n o .
A 22Ne
16
NUCLEAR REACTIONS 2 ~ d,6Li),E=52 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r s v s 0. 2~ level deduced a-spectroscopic f a c t o r . DWBA a n a l y s i s , a l p h a - c l u s t e r wave function. REPT RCNP O s a k a , 1 9 8 8 A n n , P 7 5 , Y a m a y a . NUCLEAR REACTIONS 20Ne(alIe,t),E=29.7 MeV; m e a s u r e d cr(Et); d e d u c e d *~ reaction rate i m p l i c a t i o n s . 2~ d e d u c e d l e v e l s , F . BAPSA 34 1 8 0 2 , A D 7 , S m i t h .
A 2'Mg
=
NUCLEAR REACTIONS lSo(SHe,n),E n o t g i v e n ; m e a s u r e d s t a t e e v i d e n c e . BAPSA 34 18O2,ADT,Gareia.
A a0Ne
14
-RADIOACTIVITY '6mN(fl-); m e a s u r e d T , / a , 7 ( t ) . REPT OULNS 1986 A n n u a l , P 6 1 , O z a w a . NUCLEAR REACTIONS i2C,tSN(d,n),E=25 MeV; m e a s u r e d G(O). *3N,160 d e d u c e d levels,C2S. DWBA a n a l y s i s . REPT CYRIC 1986 A n n u a l , P 1 O , K a w a m u r a . NUCLEAR REACTIONS i a C ( a , n ) , E = 4 9 MeV; m e a s u r e d a(O). t60 l e v e l s d e d u c e d s P e c [ r o s c o p i e s t r e n g t h . T h r e e n u c l e o n c l u s t e r i n g , t o f . REPT CYRIC 1987 A n n u a l , P l 2 , T , N i i z e k i .
A taNe
=
RADIOACTIVITY t4B [ f r o m 9Be(teo,x)t4B,E=65 M e V / n u c l e o n 3 ; m e a s u r e d 7(0); d e d u c e d T t / a , s p i n alignment. REPT R I K E N - 8 6 , P 1 9 , A s a h i . RADIOACTIVITY *4B [ f r o m ~ M e V / n u e l e o n ] ; m e a s u r e d "},-ray a s y m m e t r y ; deduced spin alignment. On-line isotope separation,projectile fragmentation. REPT R I K E N - 8 7 , P I I , Asahi. NUCLEAR REACTIONS 14C(p,n),E=35 MeV; m e a s u r e d G ( 0 ) , a n a l y z i n g p o w e r . *4N d e d u c e d spin-isospin e x c i t a t i o n . DWBA a n a l y s i s . REPT CYRIC 1987 A n n u a l , P l 6 , K a b a s a w a .
A *a N lsO
13
NUCLEAR REACTIONS t 2 , t a C ( n , p ) , E = 6 5 - 2 3 0 MeV; m e a s u r e d G. tz,taB d e d u c e d G a m o w - T e l l e r transition strength. White neutron s o u r c e . BAPSA 34 1 8 3 4 , E C l O , S o r e n s o n . NUCLEAR REACTIONS *ZC(izC,tiC),E=344.5 MeV; m e a s u r e d a(0); d e d u c e d m o d e l p a r a m e t e r s . *3C l e v e l d e d u c e d s p e c t r o s c o p i c f a c t o r . DWBA a n a l y s i s , d a t a o n o t h e r t a r g e t s , r e a c t i o n s . O t h e r d a t a , n o t r e p o r t e d . REPT J U L - S p e z - 4 9 9 , P 9 , H e b e n s t r e i t . NUCLEAR REACTIONS *2C,*SN(d,n),E=25 MeV; m e a s u r e d a(O). taN,t80 d e d u c e d levels,C2S. DWBA a n a l y s i s . REPT CYRIC 1986 A n n u a l , P l O , K a w a m u r a .
A 14 B
=
ONLY)
=
24
NUCLEAR REACTIONS 12 C, 2 4 Mg, 2 7 AI, 2 8 Si, 4 8 Ti( ? Li, ? B e ) , E = I 5 0 MeV; m e a s u r e d G(O) v s excitation. 12B,24Na,2~Mg,aaAl,4aSe d e d u c e d i s o v e c t o r g i a n t r e s o n a n c e excitation. a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a .
712
target DWBA
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 2SMg
R 87YaZN:
ZSAl
D 89SkZY: R 88TaZT:
ZSSi
D 88HaZH:
R 88SaZP:
ZeAl
D 89SkZY: R 870rZY: 87YaZN: 88TaZT:
R 87NaZU:
ZTAl
R 88TaZT:
R 87NaZU:
ZeS i
R 86KuZM: 89BeZC:
89VoZY:
R 89KnZY:
30p
D 89SkZY:
R 86MoZH: 87HaZI :
87M i ZN :
27
=
28
=
30
NUCLEAR REACTIONS 3~ MeV; m e a s u r e d G(0(e')). 3~ deduced levels,Jjr,M6 transition strength fragmentation. B A P S A 34 1 8 1 2 , B E 4 , K n o x . R A D I O A C T I V I T Y 2a,26mAl,a~ measured fl+ p o l a r i z a t i o n ; deduced polarization ratio sensitivity to W(R) b o s o n p a r a m e t e r s . B A P S A 34 1 8 2 0 , C E T , S k a l s e y .
A 3zS
=
NUCLEAR REACTIONS *ZC,24Mg,27AI,ZeSi,4eTi(TLi,TBe),E=I50 MeV; m e a s u r e d G(O) v s t a r g e t excitation. 'ZB,Z4Na,ZVMg,ZSA1,4eSc d e d u c e d isovector giant resonance excitation. DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a . NUCLEAR REACTIONS 1 2 C ( 2 ~ MeV; m e a s u r e d aa(0). 2SSi d e d u c e d level,J,~, configuration. DWBA a n a l y s i s . REPT INS T o k y o 1985 A n n , P 2 9 , K u b o n o . NUCLEAR REACTIONS *2,1aC('eO,X),'ZC(IeO,X),*3C(15N,X),E n o t g i v e n ; m e a s u r e d inclusive 7 p r o d u c t i o n (7; d e d u c e d GDR y i e l d , i s o s p i n i n h i b i t i o n . ZeSi d e d u c e d i s o s p i n m i x i n g p a r a m e t e r vs excitation. B A P S A 34 1 8 3 2 , E C 2 , B e h r . NUCLEAR REACTIONS 2~ MeV; m e a s u r e d 7 ( z a S i ) - c o i n . 2SSi l e v e l s d e d u c e d multipole moments. B A P S A 34 1 8 0 8 , B C 5 , V o u r v o p o u l o s .
A
3Osi
26
NUCLEAR REACTIONS *ZC,24Mg,27AI,zesi,4eTi(?Li,7Be),E=150 MeV; m e a s u r e d (;(0) vs target excitation. 12B,Z4Na,ZTMg,28AI,4eSe d e d u c e d isovector giant resonance excitation. D W B A analysis. R E P T R C N P Osaka,1986 A n n , P 7 9 , N a k a y a m a . NUCLEAR R E A C T I O N S 24,zs,26Mg(d,n),E=25 MeV; m e a s u r e d G(0). 2a,2e,ZTAl deduced levels,Jjr, C2S. D W B A analysis. R E P T C Y R I C 1987 A n n u a l , P 2 1 , T a k a m a t s u .
A
ZeAl
=
NUCLEAR REACTIONS z % i g ( p o l a r i z e d p , p ' ) , E = 6 5 MeV; m e a s u r e d G ( 0 ) , a n a l y z i n g power, z%ig d e d u c e d l e v e l . DWBA a n a l y s i s w i t h M3Y i n t e r a c t i o n , REPT RCNP O s a k a 1987 A n n , P l T , S a t o . R A D I O A C T I V I T Y zs,26mAI,3op(fl+); m e a s u r e d fl+ p o l a r i z a t i o n ; deduced polarization ratio sensitivity to W(R) b o s o n p a r a m e t e r s . B A P S A 34 1 8 2 9 , C E 7 , S k a l s e y . NUCLEAR REACTIONS 22Ne,USMg(p,n),E=35 MeV; m e a s u r e d En,o(0). 22Na,ZSAl d e d u c e d s t r e t c h e d s t a t e . DWBA a n a l y s i s , s t a t e . T o f . REPT CYRIC 1986 A n n u a l , P 2 9 , 0 r i h a r a . NUCLEAR REACTIONS 2%Ig,ZTAl(p,d),E=35 MeV; 2SMg(aHe,a),E=55 MeV; m e a s u r e d (;(0). 2SMg,26Al d e d u c e d levels,J,Tr,CZS. DWBA a n a l y s i s . REPT INS T o k y o 1986 A n n , P 2 3 , Y a s u e . NUCLEAR REACTIONS z4,2a,Z%lg(d,n),E=25 MeV; m e a s u r e d G(0). zs,zs,27Al d e d u c e d l e v e l s , J j r , CZS. DWBA a n a l y s i s . REPT CYRIC 1987 A n n u a l , P 2 1 , T a k a m a t s u .
A
27Mg
25
NUCLEAR REACTIONS 2%Ig,ZTAl(p,d),E=35 MeV; aeMg(aHe,a),E=55 MeV; m e a s u r e d G(0). 25t,Ig,2SAl d e d u c e d levels,J,~T,CZS. DWBA a n a l y s i s . REPT INS T o k y o 1986 A n n , P 2 3 , Y a s u e . R A D I O A C T I V I T Y za,zemAl,SoP(fl+); m e a s u r e d fl+ p o l a r i z a t i o n ; deduced polarization ratio sensitivity to W(R) b o s o n p a r a m e t e r s . B A P S A 34 1 8 2 0 , C E 7 , S k a l s e y . NUCLEAR REACTIONS ~4,zs,~eMg(d,n),E=25 MeV; m e a s u r e d G(0). 2s,2e,Z7Al d e d u c e d l e v e l s , J j r , CZS. DWBA a n a l y s i s . REPT CYRIC 1987 A n n u a l , P 2 1 , T a k a m a t s u . R A D I O A C T I V I T Y U~Si(fl+p) [ ' f r o m Z4Mg(31Ie,2n),E=35 MeV3; m e a s u r e d d e l a y e d p r o t o n s p e c t r a . : REPT RCNP O s a k a 1987 A n n , P 8 1 , l l a t o r i .
A
~%Ig
=
ONLY)
=
32
NUCLEAR REACTIONS lSo(ZeNe,a),E=52 MeV; m e a s u r e d a ~ ( 0 ) . 32S d e d u c e d l e v c l s , J j r . REPT INS T o k y o 1985 A n n , P 2 9 , M o r i t a . NUCLEAR REACTIONS ZeSi(*~C,aBe),E=I00 MeV; m e a s u r e d (;(E(gBe)),angular correlation f u n c t i o n s . 32S d e d u c e d l e v e l s , J , ~ r , F a / F . B r i n k m o d e l a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P82,liatori. NUCLEAR REACTIONS 3*P(d,n),E=Z5 MeV; m e a s u r e d a(0). a~S d e d u c e d levels,Jjr,C2S. A d i a b a t i c approximation a n a l y s i s . T o f . REPT CYRIC 1986 A n n u a l , P 3 4 , M i u r a .
713
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
37Ca
D 88MaZC:
D 87MaZH: R
88MaZD:
R 88SaZ0: 89BrZP:
4OSc
R 88SaZN:
D 88HaZD: 88MiZK:
D 88HaZD: 89MaZT:
D 87HaZC: 88HaZD:
R 89CrZY:
46Ti
R 87FuZW: 87FuZY: 87HiZP: 88HiZR:
R 88MaZD:
41
=
43
=
45
=
46
NUCLEAR REACTIONS 5 8 N i , a e T i ( p o l a r i z e d d , a ) , E = 2 2 MeV; m e a s u r e d a(0),vector,tensor analyzing powers; deduced a-particle D-state parameters. S~Co,4aSc l e v e l s d e d u c e d L-mixing parameters,configurations. BAPSA 34 1 8 8 1 , A C 8 , C r o s s o n . NUCLEAR REACTIONS 4 ~ T i ( p o l a r i z e d p , d ) , E = 6 5 MeV; m e a s u e d ( 7 ( O ) , a n a l y z i n g p o w e r . 46Ti d e d u c e d p o s s i b l e l e v e l , REPT RCNP O s a k a , 1 9 8 6 A n n , P 5 8 , F u j i w a r a . NUCLEAR REACTIONS 46Ti(polarized p,p'),E=65 MeV; m e a s u r e d or(0). 46Ti levels d e d u c e d EWSR f r a c t i o n s . DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 0 6 A n n , P l 9 , F u j i w a r a . NUCLEAR REACTIONS 4 6 T i ( p o l a r i z e d p,p'),E=65 MeV; m e a s u r e d o ( E p ) . 46Ti l e v e l s d e d u c e d energy-weighted s u m r u l e . RPA c a l c u l a t i o n . REPT OULNS 1988 A n n u a l , P 9 2 , t l i g a s h i . NUCLEAR REACTIONS 46,4B,~~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s O. 5~ levels deduced energy weighted sum rule fractional distributions. DWBA a n a l y s i s . REPT OULNS 1987 A n n u a l , P l l T , t t i g a s h i .
A 47Ca
=
RADIOACTIVITY 4aV,47Cr,4%In,~IFe,~3Co,~SNi(EC); m e a s u r e d Tl/z; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , H a m a . RADIOACTIVITY 4'Se,43Ti,45V,47Cr,49Mn,~ZFe,53Co,~SNi(fl+),(EC); m e a s u r e d T,/2,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a .
A
4eSe
40
RADIOACTIVITY 41Sc,43Ti,45V,47Cr,4%ln,a*Fe,SaCo,SSNi(fl+),(EC); m e a s u r e d Tl/z,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a . RADIOACTIVITY 43Ti; m e a s u r e d NMR; d e d u c e d #. P o l a r i z e d s o u r c e , t i l t e d f o i l t e c h n i q u e . BAPSA 34 1 8 0 1 , A C 6 , M a t s u t a .
A 45 V
=
RADIOACTIVITY 41Sc,4aTi,45V,47Cr,4%in,SiFe,S3Co,5aNi(fl+),(EC); m e a s u r e d T1/e,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 : H a m a . RADIOACTIVITY 4ZSc(fl+); m e a s u r e d NMR. REPT OULNS 1987 A n n u a l , P 7 2 , M i n a m i s o n o .
A
43Ti
39
NUCLEAR REACTIONS 4 ~ MeV; m e a s u r e d (x(0). 4~ deduced isoscalar levels. REPT RCNP O s a k a 1987 A n n , P 2 1 , S a i t o . NUCLEAR REACTIONS 39K(p,7),E n o t g i v e n ; m e a s u r e d 7 ( e ) - c o i n . 4~ d e d u c e d GDR b u i l t o n f i r s t e x c i t e d s t a t e . BAPSA 34 1 8 3 3 , E C S , B r o w n . NUCLEAR REACTIONS 4 ~ MeV; m e a s u r e d r i p - c o i n . 4~ deduced giant dipole r e s o n a n c e decas;. T o f . REPT RCNP O s a k a 1987 A n n , P 3 4 , S a k a i .
A
4ZSc
=
TI/mNMR. Polarized
RADIOACTIVITY a~ [ f r o m Be(Ca,X),E=E20 M e V / n u c l e o n 3 ; m e a s u r e d NMR; deduced p o l a r i z a t i o n . : Source implanted i n CaP z. REPT INS T o k y o 1986 A n n , P 6 2 , M a t s u d a . NUCLEAR REACTIONS 4~ p,d),E=65 MeV; m e a s u r e d o ( 0 ) , a n a l y z i n g p o w e r v s 0. a9 47Ca l e v e l s d e d u c e d CZS. DWBA a n a l y s i s . REPT RCNP O s a k a 1987 A n n , P 4 8 , M a t o b a .
A 4OCa
37
RADIOACTIVITY aTCa(fl+) [ f r o m Be(4~ MeV/nucleon3; measured s o u r c e , t i l t e d f o i l . REPT OULNS 1987 A n n u a I , P 8 2 , M a t s u t a .
A 39Ca
=
ONLY)
=
47,
NUCLEAR REACTIONS 4~ p,d),E=65 MeV; m e a s u r e d o ( 0 ) , a n a l y z i n g p o w e r vs 0. 39, 47Ca l e v e l s d e d u c e d CZS. DWBA a n a l y s i s . REPT RCNP O s a k a 1987 A n n , P 4 8 , M a t o b a .
714
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 47Se
R 87KaZE:
47Cr
D 87HaZC: 88IlaZD:
R 87NaZU:
4aTi
R 88HiZR:
88tIiZW:
R 88KaZM:
4SMn
D 87HaZC: 88HaZD:
R 88HiZR:
D 87HaZC: 8811aZD:
R 870hZV:
D 87tlaZC : 88}taZD:
D 89NoZY: D 87HaZC:
--
50
=
51
=
52
=
53
RADIOACTIVITY 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 55 Ni(EC); m e a s u r e d TI/a; d e d u c e d log ft,OT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , 1 1 a m a . RADIOACTIVITY 41 Se, 43 Ti, 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 5 5 Ni(fl + ),(EC); m e a s u r e d Tl/z,branehing r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , 1 1 a m a .
A 5~Fe 5SNi
49
NUCLEAR REACTIONS 5 4 F e , S a N i ( p o l a r i z e d p,alle),E=65,80 MeV; 5 4 F e , S a N i ( p o l a r i z e d d , a ) , E = 5 6 MeV; m e a s u r e d a(0),analyzing p o w e r v s 0. 5ZMn,56Co d e d u c e d l e v e l s , J , w , c o n f i g u r a t i o n s . DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 6 1 , O h g a k i .
A 53Co
=
RADIOACTIVITY 45V,47Cr,49Mn,SlFe,SaCo,55Ni(EC); m e a s u r e d T,/2; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , l l a m a . RADIOACTIVITY 41 Sc, 43 Ti, 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 5 5 Ni(fl + ),(EC); m e a s u r e d Tl/z,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , 1 1 a m a .
A SaMn
48
NUCLEAR REACTIONS 46,4a,5~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r vs 0. 5~ levels deduced energy weighted sum rule fractional distributions. DWBA a n a l y s i s . REPT OULNS 1987 A n n u a l , P l l 7 , H i g a s h i .
A 5*Fe
=
NUCLEAR REACTIONS 4eCa(aHe,d),E=TO MeV; m e a s u r e d a(0). 49Sc l e v e l s d e d u c e d CaS. DWBA analysis,optical p o t e n t i a l . REPT RCNP O s a k a 1987 A n n , P 5 2 , K a t o . RADIOACTIVITY 45V,47Cr,4SMn,51Fe,SaCo,55Ni(EC); m e a s u r e d Tl/2; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , t t a m a . RADIOACTIVITY 41Sc,4aTi,45V,47Cr,49Mn,5*Fe,SaCo,55Ni(fl+),(EC); measured T,/~,branehing r a t i o ; d e d u c e d r e d u c e d O a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , 1 t a m a .
A ~OTi
continued
NUCLEAR REACTIONS *aC,e4Mg,ZVAI,aaSi,4aTi(TLi,~Be),E=150 MeV; m e a s u r e d (7(0) v s t a r g e t excitation. 12B,24Na,27Mg,ZaAl,4aSc d e d u c e d i s o v e c t o r g i a n t r e s o n a n c e excitation. DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 9 , N a k a y a m a . NUCLEAR REACTIONS 46,4a,S~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 5~ levels deduced energy weighted sum rule fractional distributions. DWBA a n a l y s i s . REPT OULNS 1987 A n n u a l , P l l 7 , 1 1 i g a s h i . NUCLEAR REACTIONS 4aTi(polarized p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 4aTi d e d u c e d levels,J,w. DWBA a n a l y s i s , e n e r g y w e i g h t e d s u m r u l e . REPT RCNP Osaka 1987 Ann,P25, Higashi.
A 49Sc
47
NUCLEAR REACTIONS 4aCa,4aTi(polarized d,atie),E=56 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 47Se l e v e l s d e d u c e d CaS. DWBA a n a l y s i s . REPT OULNS 1986 A n n u a l , P 3 3 , K a t o . RADIOACTIVITY 45V,4VCr,4gMn,aiFe,SaCo,55Ni(EC); m e a s u r e d Ti/2; d e d u c e d log f t , G T m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , H a m a . RADIOACTIVITY 41Sc,4aTi,45V,47Cr,49Mn,SlFe,SaCo,55Ni(fl+),(EC); measured Tl/z,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a
A 48SC
=
ONLY)
=
55
RADIOACTIVITY 55Fc(EC); m e a s u r e d i n n e r b r e m s s t r a h l u n g s p e c t r a . BAPSA 34 1820,CE6,Norman. RADIOACTIVITY 45 V, 4 7 Cr, 4 9 Mn, 5 1 Fe, 5 3 Co, 55 Ni(EC); m e a s u r e d Ts/2; d e d u c e d log ft,GT m a t r i x element,mirror nuclei transition. REPT CYRIC 1986 A n n u a l , P 4 3 , l t a m a .
715
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
aSNi
D 88HaZD:
R 870hZV:
89CrZY:
R 87FuZX:
R 89LaZT:
R 89LaZT:
D 86ImZZ:
V2Se
D 861mZZ:
RADIOACTIVITY VZSe(EC) transition s u b s h e l l I(ce) RADIOACTIVITY V2Se(EC) transition s u b s h e l l l(ce)
D 86NiZU:
R 89HoZV:
D 87KaZF: 89MiZT:
R 89JoZV:
=
EWSR
66 MeV; 4~ levels,configuration.
MeV; m e a s u r e d n 7 7 - , ( c h a r g e d BAPSA 34 1801,AC9,Lang.
67 MeV; 4~ levels,configuration.
MeV; m e a s u r e d n 7 7 - , ( c h a r g e d BAPSA 34 18Ol,AC9,Lang.
7E
=
=
E0 E0
73 NMR,oriented nuclei; d e d u c e d
#.
74
=
76
RADIOACTIVITY VeGe(fl-fl-); m e a s u r e d Ti/2 l o w e r l i m i t . REPT OULNS 1986 A n n u a l , P l l , Kamikubota. RADIOACTIVITY 76Ge(2fl); m e a s u r e d 2 u , M a j o r o n a c c o m p a n i e d b y 0 v - d e c a y Ts/2 l o w e r l i m i t . Efficient background reduction. BAPSA 34 1819,CE5,Miley.
A ~TKr
=
deduced
NUCLEAR REACTIONS 4eTi(a2S,npa),E=IO5 MeV; m e a s u r e d 7 7 - c o i n , D S A . 74Br d e d u c e d l e v e l s , J j r , Tl/2,deformation,B(),),band structure,moment o f i n e r t i a . BAPSA 34 1 8 O I , A C l 0 , t l o l c o m b .
A
VOGe
58
RADIOACTIVITY ~aSe,ngmTe [ f r o m ~2ge,neSn(a,an)]; m e a s u r e d REPT INS T o k y o 1985 A n n , P 3 3 , N i s h i m u r a .
A ~4Br
56
[from Gc((X,Zn),E=4O MeV3; m e a s u r e d l(ce). ~2Ge d e d u c e d r a t i o s . REPT INS T o k y o 1985 A n n , P 3 O , l m a m u r a , [ - f r o m Ge((x,2n),E=40 MeV3; m e a s u r e d I(ce). 72Ge d e d u c e d r a t i o s . REPT INS T o k y o 1985 A n n , P 3 0 , I m a m u r a .
A
73Se
=
NUCLEAR REACTIONS 4~ particle)77-eoin. 67Se,68As d e d u c e d
A
72Ge
=
NUCLEAR REACTIONS 4~ particle)77-coin, e~Se,66As d e d u c e d
A
67Se
=
NUCLEAR REACTIONS S 8 N i ( p , p ' ) , E = 6 5 MeV; m e a s u r e d (7(0). 5aNi l e v e l s p e r c e n t a g e . DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 2 3 , F u j i w a r a .
A
68As
continued
NUCLEAR REACTIONS S 4 F e , 5 S N i ( p o l a r i z e d p,3He),E=65,80 MeV; S 4 F e , 5 e N i ( p o l a r i z e d d , a ) , E = 5 6 MeV; m e a s u r e d ( 7 ( 0 ) , a n a l y z i n g p o w e r v s 0. 5ZMn,SeCo d e d u c e d l e v e l s , J , ~ r , e o n f i g u r a t i o n s . , DWBA a n a l y s i s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 6 1 , O h g a k i . NUCLEAR REACTIONS 5 8 N i , 4 8 T i ( p o l a r i z e d d,(x),E=22 MeV; m e a s u r e d (x(0),vector,tensor analyzing powers; deduced (x-particle D-state parameters. 5eCo,4eSc l e v e l s d e d u c e d L-mixing parameters,configurations. BAPSA 34 1 8 0 1 , A C 8 , C r o s s o n .
A 58Ni
55
RADIOACTIVITY 41Sc,43Ti,4~V,47Cr,4%in,~*Fe,aaco,SaNi(fl+),(EC); m e a s u r e d T,/2,branching r a t i o ; d e d u c e d r e d u c e d G a m o w - T e l l e r m a t r i x e l e m e n t . REPT CYRIC 1987 A n n u a l , P 4 3 , H a m a .
A
58Co
=
ONLY)
=
77
NUCLEAR REACTIONS 4eTi(~S,n2p),E=10"5 MeV; m e a s u r e d levels,J,~,Tl/2,deformation,B(X),band structure,moment Johnson.
716
77-coin,DSA,DCO ratios. WKr d e d u c e d o f i n e r t i a . BAPSA 34 1801,ACII,
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
aZAs
D 89WaZV:
D 89WaZV:
D 89WaZV:
SeRb
D 87BaYL:
D 86SaZI:
87y
D 86SaZI:
R 87MaZI :
R 89PoZV:
0~Mo
D 89HaZW:
D 89WaZV:
D 89WaZV:
D 890hZY: 89WaZV:
g6Zr
R 89MoZU:
=
I(ce); d e d u c e d
subshell
l(ce); d e d u c e d
subshell
89
=
92
=
94
=
95
RADIOACTIVITY 8tAs,a3se,aSBr,O4,O~Sr,Sa,g~Y,99,t~176176176176176 measured absolute I'/. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A
96y
87
RADIOACTIVITY atAs,a3Se,aaBr,94,95Sr,96,9VY,99,1~176176176176 measured absolute I~. S h o r t - l i v e d fission products f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A 95Sr
=
NUCLEAR REACTIONS 9 ~ MeV; m e a s u r e d forward a n g l e a. 9aNb d e d u c e d Gamow-Teller transition strength distribution. BAPSA 34 1 8 3 4 , E C l l , P o p p e . RADIOACTIVITY 92roMe [ f r o m 59Co(37Cl,2n2p),E=130 MeV]; m e a s u r e d -y(0); d e d u c e d i n d u c e d p o l a r i z a t i o n . 9~Mo d e d u c e d i s o m e r q u a d r u p o l e m o m e n t s i g n . P o l a r i z e d s o u r c e i m p l a n t a t i o n i n Zr s i n g l e c r y s t a l , t i l t e d f o i l t e c h n i q u e . BAPSA 34 1809,BCt2,Hass.
A 94Sr
86
NUCLEAR REACTIONS 9~ d,3He),E=56 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g pow'er v s 0. eSy d e d u c e d p o s s i b l e l e v e l s . REPT RCNP O s a k a , 1 9 8 6 A n n , P 7 0 , M a t s u o k a .
A 92Nb
=
RADIOACTIVITY 87m,• [ f r o m S r ( p , 3 n ) , E = 2 5 MeV]; m e a s u r e d l(ce) r a t i o s . REPT INS T o k y o 1985 A n n , P 3 2 , S a k a i . RADIOACTIVITY aTm,e~Y,aTmSr [ f r o m S r ( p , 2 n ) , E = 2 5 MeV'I; m e a s u r e d I(ce) r a t i o s . REPT INS T o k y o 1985 A n n , P 3 2 , S a k a i .
A Say
83
RADIOACTIVITY StAs,S3Se,86Br,94,g~Sr,ga,97y,gg,t~176176176176176176 measured absolute 13'. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY 86mRb,136rncs [ f r o m 238U(z~C,F),E=I00 MeV]; m e a s u r e d Ti/a. O n - l i n e m a s s s e p a r a t o r . REPT J A E R I - T L V 1986 A n n u a l , P 1 4 4 , B a b a .
A 87Sr
=
RADIOACTIVITY 81As,a3Se,eSBr,94,gSSr,SS,97Y,99,Z~176176176176176 measured absolute I-~. S h o r t - l i v e d fission products f r o m Z35U(n,P). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A
eSBr
81
RADIOACTIVITY StAs,S3Se,S~Br,~4,V~Sr,9~,SVY,9~,~~176176176176 measured absolute 13'. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m a3~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A
83Se
=
ONLY)
=
96
RADIOACTIVITY 9Sy,aSNb,Z~176 measured l e v e l Tz/2. d 7 d e l a y e d - c o i n c i d e n c e . REPT J UL - S p e z - 4 9 9 , P 2 4 , O h m . RADIOACTIVITY eIAs,e3Se,SSBr,S4,~176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 235U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . NUCLEAR REACTIONS 9 S Z r ( d , d ' ) , E = 2 0 MeV; m e a s u r e d (7(Ed'). 96Zr d e d u c e d l e v e l s . REPT J UL-Spez-499,PI,Mol nar.
717
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A OTRb
D
89LhZZ:
OVSr
D
89LhZZ:
O?y
D
89WaZV:
D
89BeZG :
D 89WaZV:
OaNb
D 890hZY:
D 89WaZV:
*OOMo
D 87WaZN: 88EjZZ: 890hZY:
~OORh
R 89BiZX:
D 89WoZV:
tOtNb
D 89WaZV: 89WoZV:
D 89WaZV:
lO2Nb
D 89WaZV:
D 89WaZV:
RADIOACTIVITY I7. S h o r t - l i v e d
D
89WaZV:
'O4Rh
R
88SuZS:
100
=
101
=
102
=
103
sl As, sa Se, as Br, s4 , o5S r , os , o7 Y, so , lo2 Zr . los. 1ol . .1o2. 1o3 *o4 Nb; m e a s u r e d absolute f i s s i o n p r o d u c t s f r o m aS~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A 'O4Nb
=
RADIOACTIVITY SlAs,aase,SSBr,~176176176176176176176176 measured absolute I7. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 23~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY SlAs,S3Se,SSBr,~176176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 23~U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l .
A *9SNb
99
RADIOACTIVITY l~ m e a s u r e d n o t g i v e n , l~ deduced 7-transitions,configurations. BAPSA 34 1806,BBS,Wohn. RADIOACTIVITY StAs,SaSe,a6Br,9%~176176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m Zaau(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY l~ m e a s u r e d n o t g i v e n , l~ deduced 7-transitions,configurations. BAPSA 34 1806,BB6,Wohn.
A *92Zr
=
RADIOACTIVITY alAs,aaSe,aSBr,g4,95Sr,SS,97Y,Sa,*~176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 2a5U(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY l~176 m e a s u r e d TI/a l o w e r l i m i t . REPT OULNS 1986 Annual.Pl5,Watanabe. RADIOACTIVITY l~ m e a s u r e d n o t g i v e n . Test o f d o u b l e f l - d e c a y d e t e c t i o n s y s t e m . REPT OULNS 1987 A n n u a l , P 2 , E j i r i . RADIOACTIVITY ~176176176 measured l e v e l T l / 2 . f17 d e l a y e d r - c o i n c i d e n c e . REPT JUL-Spez-499,P24,0hm. NUCLEAR REACTIONS ~176176 n o t g i v e n ; m e a s u r e d 7(0,H,t). *~176176 l e v e l s d e d u c e d g. CONF Sao P a u l o ( N u c l P h y s ) C o n t r i b , P 2 0 9 , B i z z e t i - S o n a .
A *O~Zr
98
RADIOACTIVITY a*As,aaSe,S6Br,a~,~176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m ZaaU(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . RADIOACTIVITY ~ 1 7 6 1 7 6 1 7 6 measured l e v e l T , / z . f17 d e l a y e d - c o i n c i d e n c e . REPT JU L - S p e z - 4 9 9 , P 2 4 , 0 h m .
A ~OONb
=
RADIOACTIVITY Say(fl-); m e a s u r e d 7~(0). Say level d e d u c e d c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P23,Berant.
A OOZr
97
RADIOACTIVITY ~ measured E T , 1 7 , 7 7 ( t ) . 97Sr d e d u c e d levels,possible J,~, deformation f e a t u r e s . REPT J U L - S p e z - 4 9 9 , P 2 2 , L h e r s o n n e a u . RADIOACTIVITY ~ measured E T , 1 7 , 7 7 ( t ). ~ deduced levels,possible J,rr, deformation f e a t u r e s . REPT J U L - S p e z - 4 9 9 , P 2 2 , L h e r s o n n e a u . RADIOACTIVITY S~As,aaSe,SSBr,~176176176176176176176176176176 measured absolute 17. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m ZaSU(n,F). REPT JUL-Spez-499,Pfi7,Wadenpohl.
A ~8y
=
ONLY)
=
104
RADIOACTIVITY SlAs,a3Se,S6Br,~176176176176176176176 measured absolute I7. S h o r t - l i v e d f i s s i o n p r o d u c t s f r o m 2aSU(n,F). REPT J U L - S p e z - 4 9 9 , P 2 7 , W a d e n p o h l . NUCLEAR REACTIONS * ~ m e a s u r e d l ( e e ) , A u g e r s p e c t r a , l~ transitions deduced precise E7,17. M a g n e t i c fl-spectrometer. CONF V i l n i u s ( P r e e i s i o n in Nuel Spectrosc) Proc,PS,Sushkov.
718
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A lO4Rh
R
~O4Ag
R 89BaZM:
89BiZX:
D 89RuZY:
lOSTc
D 89RuZY:
lOSRu
D 88KaZE:
*O~Rh
D 88KaZE:
lOSAg
R 87NaZT:
R 87PiZT:
~O6Ag
R 89BaZM:
tOSSn
R 88IsZW:
D 88KaZE:
*O~Rh
D 88KaZE:
R 89BaZM:
ioeCd
R 88GoZE:
D 88KaZE:
IOgRh
D 88KaZE:
=
106
=
107
=
[from structure, parameter. [from structure, parameter.
108
NUCLEAR REACTIONS z ~ 1 7 6 1 7 6 1 7 6 MeV; m e a s u r e d a(0); deduced a vs neutron e x c e s s , l~176176176 d e d u c e d a n a l o g s . B A P S A 34 1 8 3 3 , E C 8 , B a u e r . NUCLEAR REACTIONS * ~ measured ET,I7,~(0),linear polarization, l~ deduced levels,Jjr,7-multipolarity admixtures. REPT I N D C ( C C P ) - 3 1 0 / G , P 3 5 , G o v o r .
A S09Ru
105
RADIOACTIVITY n3,n~Pd(fl-),l~176 [from 249Cf(n,F),E=thermal']; l~ 1~ measured ET,17,77(t). lJa,iiSAg,l~176 deduced levels,band configuration. *~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell. RADIOACTIVITY na,nsPd(fl-),l~176 [from 2*gCf(n,F),E=thermal]; *~ *~ measured ET,IT,77(t). :xa,SSSAg,Z~176 deduced levels,band configuration, l~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe,P286,Kaffrell.
A iOSAg
=
NUCLEAR REACTIONS * ~ p,p'),E=35 MeV; m e a s u r e d or(O). *~ deduced levels. Mixed-symmetry s t a t e . REPT RCNP O s a k a , 1 9 8 6 A n n , P 2 7 , P i g n a n e I l i . NUCLEAR REACTIONS *o4,1os,lo8,noPd(p,n),E-26_ MeV; m e a s u r e d c;(0); d e d u c e d r v s n e u t r o n e x c e s s , s~176176 d e d u c e d a n a l o g s . B A P S A 34 1 8 3 3 , E C S , B a u e r . NUCLEAR REACTIONS S l V ( S a N i , 2 n p ) , E = 2 1 7 MeV; m e a s u r e d 77-coin,7(0),7(t). *~ deduced l e v e l s . REPT J A E R I - T L V 1987 A n n u a l , P l 3 1 , I s h i i .
A *OVRu
continued
R A D I O A C T I V I T Y *~ measured E T , 1 7 , 7 7 ( t ) . *~ deduced l e v e l s , J J r , T t / z , I C C . REPT J UL-Spez-499,PZ6,Rucker. R A D I O A C T I V I T Y *~ measured E T , 1 7 , 7 7 ( t ) . *~ deduced l e v e l s , J , ~ , T ~ / z , I C C . REPT J UL-Spez-499,P26,Rucker. R A D I O A C T I V I T Y n3,naPd(fl-),*~176 [from e4SCf(n,F),E=thermal3; *~ [from *~ measured ET,17,77(t). n3,nSAg,~~176 deduced levels,band structure, configuration. *~ deduced levels,band structure,configuration,deformation parameter. CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe,P286,Kaffrell. R A D I O A C T I V I T Y na,**spd(fl-),s~176 [from e*9Cf(n,F),E=thermal]; *~ [from *~ measured ET,IT,77(t). n3,1~SAg,~~176 deduced levels,band structure, configuration. ~~ deduced levels,band structure,configuration,deformation parameter. CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell. NUCLEAR REACTIONS ~aZn(37Cl,X)99pd/aaRh/SamRh/gTRu,E(cm)=65-110 MeV; S3Nb(*ZC,X)SgPd/SSRh/ gSmRh/97Ru,E(cm)=65-110 MeV; m e a s u r e d ET,IT,a. ~~ deduced statistical d e c a y . REPT J A E R I - T L V 1986 A n n u a l , P l 4 1 , N a g a m e .
A
*oapd
104
NUCLEAR REACTIONS gs,~~176 n o t g i v e n ; m e a s u r e d 7(0,H,t). *~176176 l e v e l s d e d u c e d g. CONF Sao P a u l o ( N u c l P h y s ) C o n t r i b , P 2 O 9 , B i z z e t i - S o n a . NUCLEAR REACTIONS : ~ 1 7 6 1 7 6 1 7 6 MeV; m e a s u r e d a(0); d e d u c e d a v s n e u t r o n excess, i~176176176 d e d u c e d a n a l o g s . B A P S A 34 1 8 3 3 , E C 8 , B a u e r .
A ~O~Mo
=
ONLY)
=
109
RADIOACTIVITY li3,1tsPd(fl-),l~176 [from Z49Cf(n,F),E=thermal]; l~ l~ measured ET,17,77(t). Ila,*l~Ag,l~176 deduced levels,band configuration, l~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell. R A D I O A C T I V I T Y n3,115Pd(fl-),*~176 [from 249Cf(n,F),E=thermal']; *~ *~ measured ET,17,77(t). na,lS~Ag,*~176 deduced levels,band configuration. 1~ deduced levels,band structure,configuration,deformation CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,P286,Kaffrell.
719
[from structure, parameter. [from structure, parameter.
SECONDARY
SOURCES
A tgaAg
D 88DaZQ:
togCd
D 88DaZQ:
RADIOACTIVITY fl-spectrometer. RADIOACTIVITY fl-spectrometer.
R 89BaZM:
ltOSn
R 87HAZE:
R 88HaZG:
R 871taZE:
D 88KaZE:
llaAg
D 88KaZE:
D 88ZhZT:
D 88KaZE:
t*~Ag
D 88KaZE:
D 88FuZW:
111
=
E7,7~-coin,77(0). mSn
=
deduced
=
=
7(0). n 6 , n 2 S n d e d u c e d
[from structure, parameter. [from structure, parameter.
114
Ge d e t e c t o r .
MeV3; CONF
115 [from structure, parameter. [from structure, parameter.
117
RADIOACTIVITY lt~mln(IT),(fl-); measured l(ce),l(7),Te-coin,7X-coin. r a t i o , I C C . R E P T 0ULNS 1987 A n n u a l , P 1 5 3 , F u k u s h i m a .
720
levels,J.
113
RADIOACTIVITY na,tlsPd(/~-),1~176 [ f r o m Z4gCf(n,F),E=thermal']; t~ l~ measured ET,17,77(t). na,ltSAg,t~176 deduced levels,band configuration. 1~ deduced levels,band structure'c~176176176 C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,KaffreIl. RADIOACTIVITY na,tzsPd(fl-),IoT,i~ [ f r o m 249Cf(n,F),E=thermal']; t~ *~ measured ET,I'y,77(t). ila,115Ag,S~176 deduced levels,band configuration, t~ deduced levels,band structure,configuration,deformation C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,Kaffrell.
=
levels,J,
112
RADIOACTIVITY n4mln(IT) [from naln(n,7)3; Z~ [from Z~ measured 17,1(K X - r a y ) . n 4 1 n , e ~ transitions d e d u c e d ICC. H y p e r p u r e Vilnius(Precision in Nucl Spectrosc) Proc,P35,Zheltonozhsky.
A stTin
=
RADIOACTIVITY **a,itspd(fl-),*~176 [ f r o m Z49Cf(n,F),E=thermal"]; *~ *~ measured Ev,IT,77(t). Ita,nSAg,l~176 deduced levels,band configuration. *~ deduced levels,band structure,configuration,deformation C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,Kaffrell. RADIOACTIVITY na,n~Pd(fl-),i~176 [ f r o m Z49Cf(n,F),E=therma13; *~ *~ measured ET,17,77(t). **a,nSAg,1~176 deduced levels,band configuration. *~ deduced levels,band structure,configuration,deformation C O N F Rosseau Lake(Nuclei Far f r o m Stability) Proc,P286,Kaffrell.
A
*tspd
110
MeV; m e a s u r e d
A *t41n
=
NUCLEAR REACTIONS 95,*O~ REPT R I K E N - S S , P S , H a r a d a .
A napd
continued
NUCLEAR REACTIONS 9aMo(*SO,3n),E=76 MeV; m e a s u r e d w. REPT R I K E N - 8 7 , P 7 , H a r a d a .
A naSn
109
NUCLEAR R E A C T I O N S *g4,*~176176 MeV; m e a s u r e d a(0); deduced ct vs neutron excess, t~176176 deduced analogs. B A P S A 34 1833,EC8,Bauer. NUCLEAR R E A C T I O N S 95,1~ MeV; measured 7(0). n~ deduced levels,J. R E P T RIKEN-86,PS,Harada.
A nlsn
=
mgCd(EC); measured l(ce), t~ transitions deduced subshell ratios. Prism C O N F Vilnius(Precision in Nucl Spectrosc) Proc,P24,Davidonis. I69Cd(EC); measured I(ce). 1~ transitions deduced subshell ratios. Prism C O N F Vilnius(Precision in Nucl Spectrosc) Proc,P24,Davidonis.
A
tSOAg
ONLY)
(Reports,Abstracts,etc.
HTln
deduced
l(ce)
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A HaS n
R 88ChZM:
89HoZR: HeSb
D 861mZY:
HaTe
D 861mZY:
D 86NiZU:
R 89HeZP:
~IBa
D 87SeZN: 88SeZP:
~lLa
D 87SeZN: 88SeZP:
R 87OhZR:
~ZBa
D
87SeZN: 88SeZO:
~ZLa
D
87SeZN: 88SeZO:
R
t24Te
R 89LeZX:
t24Ba
D 87IsZW:
870hZR:
87SeZN: 88SeZ0:
~24La
D 87SeZN:
=
NMR,oriented n u c l e i ; d e d u c e d
/~.
121
=
122
NUCLEAR REACTIONS Sb,lZ*,*zaSb(n,X),E=0-5.8 keV; m e a s u r e d iT. 122,1~4Sb d e d u c e d s t r e n g t h function,level spacing. Tof,transmission m e t h o d . REPT J A E R I - T L V 1988 A n n u a l , P l 9 1 , O h k u b o . R A D I O A C T I V I T Y 13~176 [from on--line mass separator3; measured f l ' / - c o i n , E T , T , / z . REPT J A E R I - T L V 1988 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y 12z,*z~,~eSLa,l~a,~S~ measured T~/a,E-y,IT,TV-,fl~-coin; deduced l e v e l J , ~ . tzz,*z4,*2SBa,ta~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e . RADIOACTIVITY ~a~176 [from on-line mass separatorS; measured f l T - e o i n , E T , T 1 / z . R E P T J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . RADIOACTIVITY ~,*~,~SLa,tZa,~a~ measured Ts/z,ET,17,TV-,fl'~-coin; deduced l e v e l J,w. luz,l~4,12SBa,~a6Ce d e d u c e d B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
A
124Sb
119
NUCLEAR REACTIONS H a S n ( a , n ) , E n o t g i v e n ; m e a s u r e d ~ ( E T , E ) , 7 ( 0 ) , T T - c o i n . tZtTe d e d u c e d levels,configuration. B A P S A 34 1 8 O 6 , B B 9 , H e n r y . R A D I O A C T I V I T Y la~176 [from on-line mass separator]; measured fl"~-coin,E'~,T~/~. R E P T J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y ~Z~La(fl+),(EC) [ f r o m ~eMo(aZS,X),E=4.7 M e V / n u e l e o n S ; m e a s u r e d Tt/~,Es',I%Xs,-, 7 3 ' - , f i T - c o i n . ~ l B a d e d u c e d l e v e l s . O n - l i n e i s o t o p e s e p a r a t i o n . REPT J A E R I - T L V 1987 A n n u a l , PllT,Sekine. RADIOACTIVITY ~3~176 [from on-line mass separator-]; measured f l S , - c o i n , E ' ~ , T s / ~ . REPT J A E R I - T L V 1988 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y ~ZILa(fl+),(EC) ~ f r o m ~ZMo(a~S,X),E=4.7 M e V / n u c l e o n ] ; m e a s u r e d Ts/z,Es,,I'),,X"/-, 3 , 7 - , f l ' ) ' - c o i n . ~ l B a d e d u c e d l e v e l s : O n - l i n e i s o t o p e s e p a r a t i o n . REPT J A E R I - T L V 1987 A n n u a l , Pll7,Sekine.
A 12aSb
=
R A D I O A C T I V I T Y VaSe,~amTe [ f r o m 7ZOe,UaSn(a,3n)3; m e a s u r e d REPT INS T o k y o 1985 A n n , P 3 3 , N i s h i m u r a .
A ~ZtTe
118
NUCLEAR REACTIONS ~ l a S n ( n , n ) , ( n , n ' ) , E = 1 4 . 9 , 1 8 MeV; m e a s u r e d En,(x(0); d e d u c e d model parameters. HaSn levels deduced deformation parameters fl~,fla. DWBA a n a l y s i s . REPT J A E R I - T L V 1987 A n n u a l , P 1 6 6 , C h i b a . NUCLEAR REACTIONS tiaSn(STO,~70'),E=84 M e V / n u c l e o n ; m e a s u r e d n o t g i v e n , naSn d e d u c e d GQR (Mn/Mp). Deformed potential m o d e l . B A P S A 34 1 8 3 3 , E C 6 , H o r e n . R A D I O A C T I V I T Y ttaTe(EC) [ f r o m ~ l a S n ( a , 2 n ) , E = 3 8 MeV-I; m e a s u r e d I(ce). iteSb d e d u c e d E0 transition subshell intensity r a t i o s . REPT INS T o k y o 1985 A n n , P 3 6 , I m a m u r a . R A D I O A C T I V I T Y HaTe(EC) [ f r o m H S S n ( a , R n ) , E = 3 8 MeV]; m e a s u r e d I(ee). HaSb d e d u c e d EO transition subshell intensity r a t i o s . REPT INS T o k y o 1985 A n n , P 3 6 , 1 m a m u r a .
A HaTe
=
ONLY)
=
124
NUCLEAR REACTIONS Sb,*2t,S2aSb(n,X),E=0-5.8 keY; m e a s u r e d (7. s~2,1z4Sb d e d u c e d s t r e n g t h function,level spacing. Tof,transmission m e t h o d . REPT J A E R I - T L V 1986 A n n u a l , P l 9 1 , O h k u b o . NUCLEAR REACTIONS J2ZSn(a,2n),E=21,23 MeV; m e a s u r e d a ( E v , E ) , 7 ( 0 ) , T V - c o i n . 124Te d e d u c e d l e v e l s , J j r . B A P S A 34 1807,BBIO,Lee. R A D I O A C T I V I T Y lZ4Ba,:~La,S26Ce,laZNd,SaSSm [ f r o m 94Mo(aSCl,xnyp),E=150 MeV; l~ E=150,165 MeVS; m e a s u r e d 7(0,11,t); d e d u c e d hyperfine field. Integral method. REPT J A E R I - T L V 1986 A n n u a l , P 1 6 9 , 1 s h i i . R A D I O A C T I V I T Y la~176 [from on-line mass separator]; measured f l T - e o i n , E - y , T l / 2 . REPT J A E R I - T L V 1988 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y 12z,t24,126La,lZa,la~ measured Tt/z,E),,17,-),-),-,flT-coin; d e d u c e d level Jjr. s22,124,1ZSBa,la~ d e d u c e d , B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P 1 2 1 , S e k i n e . R A D I O A C T I V I T Y 13~176 [from on-line mass separator]; measured fl-y-eoin,E'),,Ts/2. REPT J A E R I - T L V 1986 A n n u a I , P 1 3 3 , S e k i n e .
721
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A =
ta4La
D 88SeZO:
R A D I O A C T I V I T Y taa,ta~,taaLa,*as,13~ l e v e l J,Tr. *~a,ta4,taaBa,13~ deduced J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
A *asSb
D 88DaZP:
taSTe
D 88DaZP:
taSLa
D 871sZW:
D 88SeZ0:
taeLa
D 88SeZO:
~eCe
D 871sZW:
R 871sZX:
D 89MaZR: R 89GaZV:
fates
D 89MaZR:
D 87SeZN:
*Zepr
D 87SeZN: 88SeZ0:
D 87SeZN: "~88SeZ0:
*a0pr
D 87SeZN: 88SeZ0:
125
=
I~6
=
127
=
128
R A D I O A C T I V I T Y 13~176 [from on-line mass separator]; measured P T - c o i n , E T , T t / a . REPT J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y *3~176 [from on-line mass separator]; measured f l 7 - e o i n , E 7 , T t / 2 . REPT J A E R I - T L V 1986 A n n u a l , P I 3 3 , S e k i n e . R A D I O A C T I V I T Y iz2,12%tZ6La,tae,i~~ measured Tt/a,E7,17,77-,flT-coin; deduced l e v e l J,Tr. taa,tz4,t~6Ba,13~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
A 13OCe
measured Tt/~,ET,17,77-,flT-coin; deduced ratios. On-line isotope separation. REPT
R A D I O A C T I V I T Y taTCs [ f r o m 9a,t~176 measured 77-,(ce)7-coin,ET,17,l(ce). *Z~Xe d e d u c e d l e v e l s . B A P S A 34 1 8 0 7 , B B l l , M a n t i e a . NUCLEAR REACTIONS tzTI(p,n),E n o t g i v e n ; m e a s u r e d 77(0). *aTXe l e v e l s d e d u c e d J,8. BAPSA 34 1 8 1 9 , C E 4 , G a r c i a . RADIOACTIVITY 'arCs [ f r o m gS,l~176 measured 77-,(ce)7-coin,ET,17,1(ce ). 'Z~Xe d e d u c e d levels. B A P S A 34 l'8O7,BBll,Mantiea.
A ZaeCe
B(E~)
R A D I O A C T I V I T Y 'zz,'z4,'~SLa,'Zo,*3~ measured Tt/a,ET,17,77-,f17-coin; deduced l e v e l J,w. 'az,xa4,XaSBa,'3~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l Z l , S e k i n e . R A D I O A C T I V I T Y taa,ta4,ta6La,*a~176 measured Tt/a,ET,17,77-,flT-coin; deduced l e v e l J,2r. taa,tz%tZSBa,t3~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e . R A D I O A C T I V I T Y ta4Ba,iaSLa,tZ~Ce,X3aNd,~3~Sm [ f r o m .94Mo(35Cl,xnyp),E=150 MeV; *~ E=150,165 M e V ] ; m e a s u r e d 7(0,H,t); d e d u c e d hyperfine field. Integral method. REPT J A E R I - T L V 1986 A n n u a l , P 1 6 9 , 1 s h i i . NUCLEAR REACTIONS ~4Mo(35CI,2np),E=150 MeV; m e a s u r e d E T , 1 7 , ( p a r t i c l e ) 7 - c o i n , 7 ( 0 ). *~SCe deduced levels,Jjr,g-factor e s t i m a t e s . REPT J A E R I - T L V 1986 A n n u a l , P I S 7 , 1 s h i i .
A *aVXe
=
continued
R A D I O A C T I V I T Y lzSSb(fl-); m e a s u r e d l(ce), itSTe t r a n s i t i o n deduced subshell ratios,~(E2/ MI). P r i s m fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spcctrosc) Proc,P29, Davidonis. RADIOACTIVITY tasSb(fl-); measured l(ce). *a~Te t r a n s i t i o n deduced subshell ratios,d(E~/ MI). P r i s m fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P29, Davidonis. R A D I O A C T I V I T Y ~a4Ba,~aSLa,taeCe,13aNd,t3~Sm [ f r o m 94Mo(3SCl,xnyp),E=150 MeV; *~ E=150,165 MeV3; m e a s u r e d 7(0,H,t); deduced hyperfine field. Integral method. REPT J A E R I - T L V 1986 A n n u a l , P l G 9 , I s h i i .
A la6Ba
124
ONLY)
=
130
R A D I O A C T I V I T Y t3~176 [from on-line mass separator]; measured f l T - e o i n , E T , T , / a . REPT J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y taa,*a4,*a6La,t~8,13~ measured Tl/a,ET,17,77-,flT-coin; deduced l e v e l J,Tr. 122,t24,t2SBa.13~ deduced B(E2) r a t i o s . On-line isotope separation. REPT. J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e . R A D I O A C T I V I T Y i3~176 [from on-line mass separator]; measured fl7-coin,E7,Tt/a. REPT J A E R I - T L V 1986 A n n u a l , P 1 3 3 , S e k i n e . R A D I O A C T I V I T Y tzz,124,t26La,t28,X3~ measured Tt/a,ET,17,77-,f17-coin; deduced l e v e l J j r . l~,xa4,1a6Ba,t3~ deduced B(E2) r a t i o s . On-line isotope separation. REPT J A E R I - T L V 1987 A n n u a l , P l 2 1 , S e k i n e .
722
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A taZNd
D 871sZW:
J 881sZV:
NUCLEAR MOMENTS ~~ g-factor. REPT J A E R I - T L V
D 87BaYL:
X3~Ba
R 87MiZM:
laSSm
D 871sZW:
D 89BrZQ:
laTSm
D 89BrZQ:
*3~Eu
D 89BrZQ:
R 87MiZM:
R 87MiZM:
NUCLEAR REACTIONS strength function,level P195,Mizumoto.
D 88TuZY:
14OGd
D 88TuZY:
NUCLEAR REACTIONS strength function,level P195,Mizumoto.
D 88TuZY:
'41Gd
D 88TuZY:
=
137
=
=
=
77(t),7(X-ray)(t),7(ce)(t).
taTpm,
77(t),7(X-ray)(t),2(ce)(t).
la~Pm,
77(t),7(X-raY)(t),7(ce)(t).
13~pm,
138 keY; measured a . *as,taa,laaBa d e d u c e d m e t h o d . REPT J A E R I - T L V 1986 A n n u a l ,
139
*3%137,138Ba(n,X),E=0.4-65 spacing. Tof,transmission
keY; measured a . la~ m e t h o d . REPT J A E R I - T L V
deduced 1986 A n n u a l ,
140
R A D I O A C T I V I T Y 14D,141,142,144Gd [ f r o m 144Sm(alIe,xn),naSn(3~S,xn2p)]; m e a s u r e d 7 ( X - r a y ) - c o i n , l(ce). 14~ d e d u c e d l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc, P473,Turcotte. R A D I O A C T I V I T Y *4~ [ f r o m 144Sm(aHe,xn)?laSn(3ZS,xnZp)]; m e a s u r e d " ~ ( X - r a y ) - c o i n , I(ce). *4o,141,*4a,*44Eu d e d u c e d l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc, P473,Turcotte.
A
141Eu
136
135,*3~,taSBa(n,X),E=0.4-65 spacing. Tof,transmission
A 92
=
R A D I O A C T I V I T Y la~Eu,*aTSm [ f r o m 92Mo(48Ti,X)3; m e a s u r e d 13~Sm d e d u c e d l e v e l s . B A P S A 34 1 8 2 3 , D C I , B r a g a . R A D I O A C T I V I T Y *aVEu,137Sm [ f r o m 9ZMo(48TI,X)]; m e a s u r e d *a~Sm d e d u c e d l e v e l s . B A P S A 34 1 8 2 3 , D C l , B r a g a . R A D I O A C T I V I T Y laTEu,ta~Sm [ f r o m ~ measured Xa~Sm d e d u c e d l e v e l s . B A P S A 34 1 8 2 3 , D C l , B r a g a .
A *39Ba
7(0,tt). ~a4Nd l e v e l d e d u c e d
R A D I O A C T I V I T Y 8SmRb,13emCs [ f r o m a38U(laC,F),E=IOO MeV]; m e a s u r e d T,/z. On-line mass separator. REPT J A E R I - T L V 1986 A n n u a l , P 1 4 4 , B a b a . NUCLEAR REACTIONS ~ a s , t a ~ , * a a B a ( n , X ) , E = 0 . 4 - 6 5 k e V ; m e a s u r e d a . ~3s,*3s,*39Ba d e d u c e d strength function,level spacing. Tof,transmission m e t h o d . REPT J A E R I - T L V 1986 A n n u a l , Pt95,Mizumoto. RADIOACTIVITy,iZ4Ba,tZaLa,*ZSCe,ta~Nd,*aSSm [ f r o m ~%Io(aSCl,xnyp),E=150 MeV; l~ E=150,165 MeV3; m e a s u r e d 7(0,H,t); deduced hyperfine field. Integral method. REPT J A E R I - T L V 1988 A n n u a l , P 1 6 9 , I s h i i .
A X3aBa
134 MeV; m e a s u r e d
A IaTpm
=
REPT
1987 A n n u a i , P l 3 ~ , I s h i i .
A XaSCs
132
R A D I O A C T I V I T Y ~4Ba,~a5La,*aSCe,taZNd,'aSSm [from 94Mo(a5Cl,xnyp),E=150 MeV; *~ E=150,165 MeV]; m e a s u r e d 7(0,H,t); deduced hyperfine field. Integral method. J A E R I - T L V 1986 Annual,P169,1shii.
A ~S~Nd
=
ONLY)
R A D I O A C T I V I T Y 14~ I(ee). '4~ deduced P473,Turcotte. R A D I O A C T I V I T Y 14~ I(ce). t4~ deduced P473,Tureotte.
=
141
[ f r o m 144Sm(aHe,xn),nZSn(a2S,xn2p)3; m e a s u r e d - ~ ( X - r a y ) - c o i n , l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe, [from t44Sm(atle,xn)?'2Sn(aZS,xn~p)]; measured -~(X-ray)-coin, l e v e l s . CONF R o s s e a u L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proc,
723
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
t4ZEu
D
88TuZY:
14ZGd
D
88TuZY:
R
89AzZZ: 89KaZU:
R
89CoZX:
144Eu
D
88TuZY:
t44Gd
D
88TuZY:
R
89KaZU:
D
89KIZY:
89StZY:
14eTb
D 89KIZY:
89StZY:
R
89KaZU:
R
880sZX:
=
145
=
146
=
147
NUCLEAR REACTIONS t4eGd,146Sm(polarized d,t),E=22 MeV; 144Nd(polarized d,t),E=20 MeV; m e a s u r e d a(0). *43Nd,t45Sm,147Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P E , Kader.
A
14SNd
144
RADIOACTIVITY '46Tb(fl+),(EC) [ f r o m ~176 measured E7,I7,77-, 7 ( X - r a y ) - c o i n ; d e d u c e d 1+ l e v e l d e c a y c h a r a c t e r i s t i c s , t46Od l e v e l d e d u c e d Ifl. REPT JUL-Spez-499,P32,Klein heinz. RADIOACTIVITY 146Tb(fl+),(EC) [ f r o m Ta(p,X),E=600 MeV]; m e a s u r e d E 7 , I 7 , 7 7 - , ' ; ( X - r a y ) - c o i n ; d e d u c e d i s o m e r c o n f i g u r a t i o n , t46Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P30,Styczen. RADIOACTIVITY 146Tb(fl+),(EC) [ f r o m 9~ m e a s u r e d E7,17,77-, 7 ( X - r a y ) - c o i n ; d e d u c e d 1§ l e v e l d e c a y c h a r a c t e r i s t i c s , laeGd l e v e l d e d u c e d Ifl. REPT JUL-Spez-499,P32,Kleinheinz. RADIOACTIVITY t46Tb(fl+),(EC) I-from Ta(p,X),E=600 MeV]; m e a s u r e d ET,IT,TT-ct(X-ray)-coin; d e d u c e d i s o m e r c o n f i g u r a t i o n . 146Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P30,Styczen.
A 147Gd
=
NUCLEAR REACTIONS * 4 e G d , i 4 e S m ( p o l a r i z e d d,t),E=22 MeV; 144Nd(polarized d,t),E=2O MeV; m e a s u r e d a(0). 143Nd,t4~Sm,X4VGd d e d u c e d l e v e l s , J j r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P 2 , Kader.
A
t4eGd
143
NUCLEAR REACTIONS *3~ n o t given; m e a s u r e d 7 - s p e c t r a . 144Nd d e d u c e d levels,Tr. BAPSA 34 1824,DC4,Cottle. RADIOACTIVITY 14o,141,14z,'44Gd [ f r o m H4Sm(3lle,xn),n2sn(3ZS,xnRp)3; m e a s u r e d - ; ( X - r a y ) - c o i n , l(ce), t4o,94 d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i Far f r o m S t a b i l i t y ) Proc, P473,Tureotte. RADIOACTIVITY 14~ [ f r o m '44Sm(3He,xn),n2Sn(32S,xn2p)]; m e a s u r e d 7 ( X - r a y ) - c o i n , l(ce), t4o,141,94 d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i Far f r o m S t a b i l i t y ) ~Proc, P473,Turcotte.
A
145Sm
=
NUCLEAR REACTIONS *3~ MeV; m e a s u r e d ET,17,77-coin,7(0 ). t43Nd d e d u c e d l e v e l s , J . BAPSA 34 1824,DC3,Aziz. NUCLEAR REACTIONS *48Gd,14SSm(polarized d,t),E=22 MeV; ' 4 4 N d ( p o l a r i z e d d,t),E=20 MeV; m e a s u r e d a(0). 143Nd,145Sm,*47Gd d e d u c e d l e v e l s , J , T r , c o n f i g u r a t i o n . REPT J U L - S p e z - 4 9 9 , P 2 , Kader.
A
144Nd
142
RADIOACTIVITY 14~ [ f r o m t44Sm(Stte,xn),*tZSn(3ZS,xn3p)]; m e a s u r e d " 7 ( X - r a y ) - c o i n , l(ee). 14~ d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i F a r f r o m S t a b i l i t y ) Proe, P473,Tureotte. RADIOACTIVITY t4~ [ f r o m 144Sm(3He,xn),nZSn(3ZS,xn2p)']; m e a s u r e d - ; ( X - r a y ) - e o i n , l(ce). '4~ d e d u c e d l e v e l s . CONF Rosseau L a k e ( N u c l e i Far f r o m S t a b i l i t y ) Proc, P473,Turcotte.
A
t43Nd
=
ONLY)
=
148
NUCLEAR REACTIONS t4e,t~~ given; measured E7,17,77-coin,7(0 ) following C o u l o m b e x c i t a t i o n . '4s,'~~ d e d u c e d levels,J,Tr. REPT JAERI-TLV 1987 A n n u a l , P 1 3 7 , 0 s h i m a .
724
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A
*~ONd
R 880sZX:
~0Dy
D 88KaZK:
~5OHo
D 89KIZX:
lSOEr
D 89KIZX:
D 87KaZI: 88KaZK:
*S*Ho
D 87KaZI: 88KaZK:
D 88KaZF:
R 871cZZ:
~Eu
D 88BuZC: 88KaZF:
15~Gd
D 87SaZJ: 88KaZF:
*~ZTb
D 87SaZJ:
,SZEr
D 88KaZK:
*5ZTm
D 89KIZX:
*~2yb
D 89DaZZ: 89KIZX:
=
151
R A D I O A C T I V I T Y 15~Yb,*~STm?Slm,151Ho?~IDy(a) [ - f r o m 144Sm(a~ MeV3; m e a s u r e d Ea,la,branching r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y *~4,*~,lssyb,15a,*54,15~Tm,15z,*~a,Z54Er,15*Ho,15~ [-from 144Sm(2~ E=120,130,150 MeV']; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y 155Yb,155Tm?~im,iSiIIo?51Dy(a) [ f r o m *4~Sm(2~ MeV]; m e a s u r e d Ea,la,branching r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y *54,155,15sYb,*53,154,1~STm,152,153,1~4Er,l~Xtto,XS~ [from *44Sm(Z~ E=120,130,150 MeV]; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori.
A '~ZSm
150
NUCLEAR REACTIONS * ( s , ~ ~ not given; measured ET,17,VT-coin,7(0) following C o u l o m b e x c i t a t i o n . 14s,1~CNd d e d u c e d l e v e l s , J j r . REPT J A E R I - T L V 1987 A n n u a l , P 1 3 7 , O s h i m a . R A D I O A C T I V I T Y ~,t55,*~sYb,*~3,z~,i55Tm,t~z,tsa,i~4Er,*~Ho,~So,tSXDy(a) [ - f r o m * ~ S m ( ~ ~ E=120,130,150 MeV']; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y ~zYb,Z~~ [ f r o m 9SRu(~SNi,2p),(SSNi,4p),E=~90 MeV]; m e a s u r e d E7,17, 77-,7(X-ray)-coin,I(ee). *~~ deduced levels,JJr,ICC, i~ZTm deduced l e v e l s , I f l . REPT J UL-Spez-499,P34,Kleinheinz. R A D I O A C T I V I T Y ~szYb,*5~ [ f r o m 9SRu(SSNi,2p),(~SNi,4p),E=299 MeV]; m e a s u r e d E~/,17, 77-,7(X-ray)-coin,l(ee). ~5~ deduced levels,Jjr,ICC. ~SZTm d e d u c e d levels,Ifl. REPT J UL-Spez-499,P34,Kleinheinz.
A *~*Dy
=
ONLY)
=
152
R A D I O A C T I V I T Y 1 5 Z E u ( f l - ) , ( f l + ) , ( E C ) ; 18ZTa(fl-); m e a s u r e d E7,IT,I(ce). !~Sm,*SeGd,XsZW transitions deduced ICC,penetration parameters,B(E0)/B(E2). Double-focusing fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P3,Kartashov. NUCLEAR REACTIONS 152,154Sm,16~176 p,p'),E=65 MeV; m e a s u r e d a(O),analyzing p o w e r v s 0. *5~,*~Sm,~~ levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R 1 K E N - 8 6 , P 3 0 , Ichihara. R A D I O A C T I V I T Y '5~,*SZmEU?S~,~8~mRe(EC); m e a s u r e d ET,E(ce) d i f f e r e n c e s ; d e d u c e d c o n v e r s i o n l i n e s h i f t . CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,Pl9,Bulgakov. RADIOACTIVITY *~eEu(fl-),(fl+),(EC); *SeTa(fl-); measured E7,17,I(ce). ~eSm,*5~Gd,'s~W transitions deduced ICC,penetration parameters,B(EO)/B(E2). Double-focusing fl-spectrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P3,Kartashov. R A D I O A C T I V I T Y 152Tb(fl+),(EC); m e a s u r e d n o t g i v e n , l~ZGd d e d u c e d E0 t r a n s i t i o n internal conversion probabilities. REPT INS T o k y o 1986 A n n , P 2 7 , S a k a i . RADIOACTIVITY 15ZEu(fl-),(fl+),(EC); *eeTa(fl-); measured E7,lT,l(ce). '~eSm,*SeGd,~seW transitions deduced ICC,penetration parameters,B(E0)/B(E2). Double-focusing fl-speetrometer. CONF V i l n i u s ( P r e c i s i o n in Nucl Spectrosc) Proc,P3,Kartashov. R A D I O A C T I V I T Y ~ZTb(fl+),(EC); m e a s u r e d n o t g i v e n . '~ZGd d e d u c e d EO t r a n s i t i o n internal conversion probabilities. REPT INS T o k y o 1986 A n n , P 2 7 , S a k a i . R A D I O A C T I V I T Y *a4,t~,*~aYb,~sa,~4,~55Tm,i~z,*aa,~~ [from *44Sm(Z~ E=lfi0,130,150 MeV3; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y ~~176 [ - f r o m 96Ru(SSNi,2p),(~SNi,4p),E=290 MeV]; m e a s u r e d E7,17, 77-,7(X-ray)-coin,I(ce). t~~ deduced levels,Jjr,ICC. *S2Tm d e d u c e d l e v e l s , I f l . REPT J UL-Spez-499,P34,Kleinheinz. R A D I O A C T I V I T Y *~,*~7,*~sYb [ f r o m ~4Sm(*aO,xn),(*aO,xn)]; 15~,153,|5~Yb [ f r o m 9aRu(SSNi,xnyp), (a~ measured isotope shifts,hfs; d e d u c e d r m s r a d i i . B A P S A 34 18~5,DC9,Das. R A D I O A C T I V I T Y ~zYb?5~ [ f r o m 9SRu(~eNi,~p),(SaNi,4p),E=290 MeV]; m e a s u r e d E7,17, 77-,7(X-ray)-coin,I(ce). i~~ deduced l e v e l s , J , r r , I C C . 152Tin d e d u c e d l e v e l s , I f l . REPT
JUL-Spez-4 99,P34,Kleinheinz. A ~a~Er
D 88KaZK:
=
153
R A D I O A C T I V I T Y ,54 . 155 .156yb . ,53 . ~54 . 155Tin . . ~52 . 153 . 154Er . . 151Us 150151Dy ( Q ) [ - f r o m * 4 4 S m ( ~ ~ E=120,130,150 MeV]; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori.
725
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A ~aaTm
D 88KaZK:
tsayb
D 89DaZZ:
R 871cZZ:
154Gd
D 86SaZH: 87SaZl: J
I54Tb
88GaZM:
D 86SaZlI: 87SaZl:
154Er
D 88KaZK:
t54Tm
D 88KaZK:
t'~4yb
D 88KaZK:
89DaZZ:
J
~55Tm
D 87KaZI:
88GaZM:
88KaZK:
t~yb
D 87KaZl: 88KaZK:
J 88GaZM:
l~6yb
D 88KaZK:
89DaZZ:
--
154
=
155
NUCLEAR MOMENTS 154,'55,158,157,158,16~ measured optical isotope shifts,hfs; deduced hfs parameters. Laser excited fluorescence m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 O , O a n g r s k y . R A D I O A C T I V I T Y 155yb,155Tm?Stm,15tHo,*51Dy(a) [ f r o m X44Sm(Z~ MeV3; m e a s u r e d Ea,la,branehing r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y i~4,x~a,156Yb?53,154,155Tm,t~z,i53,1~4Er,iS~Ho,~5~ [from *44Sm(~~ E=IR0,130,150 MeV3; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y *55Yb?55Tm,ia*m,la~Ho?5~Dy(a) [ ' f r o m 144Sm(2~ MeV3; m e a s u r e d Ea,la,branching r a t i o . REPT RCNP O s a k a , 1 9 8 6 A n n , P 8 6 , K a t o r i . R A D I O A C T I V I T Y ~54,*~,*~syb,~a,~a4,~55Tm,~z,*~3,~4Er,la~lto?5~ [ f r o m *44Sm(~ONe,xnyp), E=120,130,150 MeV3; m e a s u r e d a - b r a n c h i n g ratio; d e d u c e d r a . REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori.
A *~6Gd
continued
NUCLEAR REACTIONS 15~,~54Sm,~S~ p,p'),E=65 MeV; m e a s u r e d a(0),analyzing p o w e r vs O. 'az,l~aSm,ia~ levels d e d u c e d transition strength. C o u p l e d - c h a n n e l s analysis,RPA. R E P T RIKEN-86,P30, Ichihara. R A D I O A C T I V I T Y ~a4Tb(fl+) [ f r o m *53Eu(a,3n),E=36 MeV]; m e a s u r e d I(ce). i54Gd deduced K / L intensity ratios,41. R E P T INS T o k y o 1985 Ann,P38,Sakai. R A D I O A C T I V I T Y Xa4Tb(fl+),(EC); m e a s u r e d not given, la~Gd deduced E0 transition internal conversion probabilities. R E P T INS T o k y o 1988 Ann,P~7,Sakai. NUCLEAR MOMENTS ~a4,'aa,*~s,i~7,~as,*6~ m e a s u r e d optical isotope shifts,hfs; deduced hfs parameters. Laser excited fluorescence m e t h o d . R E P T J I N R - P 6 - 8 8 - 5 8 0 , G a n g r s k y . R A D I O A C T I V I T Y *54Tb(fl+) [ f r o m 'a3Eu(a,3n),E=36 MeV']; m e a s u r e d I(ce). *54Gd deduced K/L intensity ratios,6. R E P T INS T o k y o 1985 Ann,P38,Sakai. R A D I O A C T I V I T Y *a4Tb(fl+),(EC); m e a s u r e d not given. ~a4Gd deduced E0 transition internal conversion probabilities. R E P T INS T o k y o 1986 Ann,P27,Sakai. R A D I O A C T I V I T Y *a4,i~a,~sYb.*5a,~5~,lSaTm,*az,*5a,ia~Er,i5~Ho,~a~ [ f r o m *~aSm(Z~ E=I~0,130,150 MeV]; measured a-branching ratio; deduced ra. REPT R C N P Osaka 1987 Ann,P84, Katori. R A D I O A C T I V I T Y *a~,~a,iasYb,i~a,~sa,~SaTm,~az,*~a,~a~Er,*~*Ho,*5~ [-from ~4aSm(~~ E=I~8,130,150 MeVJ; measured a-branching ratio; deduced ra. REPT R C N P Osaka 1987 Ann,P84, Katori. R A D I O A C T I V I T Y *~a,*~a,~sYb,~aa,'~4,1~Tm,laz,*sa,*a~Er,*~illo,*5~ ['from 144Sm(~~ E=I~8,130,150 MeV3; measured a-branching ratio; deduced ra. REPT R C N P Osaka 1987 Ann,P84, Katori. R A D I O A C T I V I T Y ~ssis~,*ssYb [ f r o m '44Sm(*SO,xn),('SO,xn)J; 15z,~sa,*5~Yb [ f r o m SSRu(SaNi,xnyp), (S~ m e a s u r e d isotope shifts,hfs; d e d u c e d r m s radii. B A P S A 34 18~5,DCg,Das.
A
*~SGd
153
R A D I O A C T I V I T Y *~a,'5a,X5sYb,XSa,*a4,i~Tm,~Sa,'sa,~a~Er,la~lIo,*5~ [ f r o m *~aSm(ZVNe,xnyp), E=1~0,130,150 MeV]; m e a s u r e d a - b r a n c h i n g ratio; d e d u c e d Fa. REPT RCNP Osaka 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y ~ss*~,'~aYb [ f r o m * 4 4 S m ( ' 6 0 , x n ) , ( ' S O , x n ) ] ; *~z,~53,154yb [ f r o m 9SRu(~SNi,xnyp), (S~ measured isotope shifts,hfs; d e d u c e d r m s r a d i i . B A P S A 34 1825,DC9,Das.
A 154Sm
=
ONLY)
=
156
NUCLEAR MOMENTS *54,1~5,15s,*5~,iaa,16~ measured optical isotope shifts,hfs; deduced hfs parameters. Laser excited fluorescence m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 O , G a n g r s k y . R A D I O A C T I V I T Y l~4,*~,*~sYb,153,154,1~Tm,l~2,1~3,154Er,tSllto,l~~ [from 144Sm(2~ E=IRO,13O,150 MeV]; m e a s u r e d a - b r a n c h i n g r a t i o ; d e d u c e d Fa. REPT RCNP O s a k a 1987 A n n , P 8 4 , Katori. R A D I O A C T I V I T Y l~s,laT,lasYb [ f r o m 144Sm(160,xn),(180,xn)]; l~z,laa,l~4Yb [ - f r o m 9SRu(SSNi,xnyp), (6~ measured isotope shifts,hfs; d e d u c e d r m s r a d i i . B A P S A 34 1825,DCg,Das.
726
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A *S~Gd
J
88GaZM:
R 880sZY:
t57yb
D 89DaZZ:
J
tS8Er
R 8811iZT:
tseyb
D 89DaZZ:
88GaZM:
J
88GaZM:
R 871cZZ:
R 870sZY:
R 89McZW:
D 87YaZL: 88KaZH:
R 871cZZ:
D 89HaZT:
t6SEr
D 89HaZT:
161
=
162
=
163
=
164
NUCLEAR REACTIONS ' s a , t ~ 4 S m , t a ~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0 . t52. 154Sm . . ta0Gd t64 Dy . 166 .168Er . t~ayb . . *sz. 184 W lg~os levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara.
A te6Ho
=
RADIOACTIVITY *S3Ho(EC); m e a s u r e d Tt/a; deduced l i m i t of v mass. REPT CYRIC 1986 Annual,P4, Yasumi. RADIOACTIVITY t63Iio(fl-); m e a s u r e d T,/2; d e d u c e d l i m i t o f v m a s s . I s o t o p e d i l u t i o n m a s s spectrometry. REPT CYRIC 1987 A n n u a l , P 7 4 , K a w a k a m i .
A
le4Dy
160
NUCLEAR REACTIONS n6Cd(~~ MeV; m e a s u r e d 7 - s p e c t r a , D o p p l e r s h i f t e d r e c o i l d i s t a n c e , t6zyb d e d u c e d l e v e l s , T t / 2 , B ( X ) , t r a n s i t i o n a l q u a d r u p o l e m o m e n t s . REPT ORNL-6508, P77,McG0wan.
A
163Ho
=
NUCLEAR REACTIONS tS*Dy(~aNi,~aNi'),E=250 MeV; m e a s u r e d ET,17,7~(0),%(t) f o l l o w i n g C o u l o m b e x c i t a t i o n , t6lDy l e v e l s d e d u c e d B(X). REPT J A E R I - T L V 1986 A n n u a l , P 1 6 4 , 0 s h i m a .
A
tazyb
158
NUCLEAR MOMENTS t~4,t55,t56,tsv,xsa,tS~ measured optical isotope shifts,hfs; deduced hfs parameters. L a s e r e x c i t e d f l u o r e s c e n c e m e t h o d . REPT J I N R - P 6 - O 8 - 5 8 0 , G a n g r s k y . NUCLEAR REACTIONS t~a,t~4Sm,ta~ p,p'),E=65 MeV; m e a s u r e d c ; ( 0 ) , a n a l y z i n g p o w e r v s 0. t~z,t~4Sm,tS~ levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara.
A
tStDy
=
NUCLEAR MOMENTS '~4,ts~,tas,t57,tse,t6~ measured optical isotope shifts,hfs; deduced hfs parameters. L a s e r e x c i t e d f l u o r e s c e n c e m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 0 , G a n g r s k y . NUCLEAR REACTIONS '4eNd(~O,F),E=I78 MeV; m e a s u r e d f i s s i o n ( f r a g m e n t ) n c o r r e l a t i o n , tSaEr deduced neutron multiplicity v s e x c i t a t i o n . REPT RCNP O s a k a 1987 A n n , P 7 6 , H i n d e . RADIOACTIVITY *56,157,158yb [ f r o m t44Sm(t60,xn),(*aO,xn)]; lsz,tsa,t54yb [ f r o m 9SRu(SSNi,xnyp), (S~ measured i s o t o p e s h i f t s , h f s ; d e d u c e d r m s r a d i i . BAPSA 34 1825,DC9,Das.
A
t60Gd
157
NUCLEAR MOMENTS 15r176 measured optical isotope shifts,hfs; deduced hfs parameters. L a s e r e x c i t e d f l u o r e s c e n c e m e t h o d . REPT J I N R - P 6 - 8 8 - 5 8 0 , G a n g r s k y . NUCLEAR REACTIONS t~VGd?VSYb(SaNi,~aNi'),E=250 MeV; m e a s u r e d E % I T , 7 ( 0 ) , 7 7 - c o i n f o l l o w i n g C o u l o m b e x c i t a t i o n , tvaYb,taTGd l e v e l s d e d u c e d B(X). REPT J A E R I - T L V I987 A n n u a l , P 1 3 4 , Oshima. RADIOACTIVITY ~ss,ts7,tsayb [ f r o m *4~Sm(tSO,xn),(tSO,xn)]; t~z,tsa,ts4yb [ f r o m S~Ru(~SNi,xnyp), (e~ measured i s o t o p e s h i f t s , h f s ; d e d u c e d r m s r a d i i . BAPSA 34 1825,DC9,Das.
A
tSeGd
=
ONLY)
=
166
RADIOACTIVITY 'aSmHo; m e a s u r e d " F ( 0 ) , o r i e n t e d n u c l e i , d e p e n d e n c e o n b a n d . BAPSA 34 1 8 2 5 , p C I 0 , 1 1 a m i l t o n . RADIOACTIVITY t66rnfIo; m e a s u r e d 7 ( 0 ) , o r i e n t e d n u c l e i , d e p e n d e n c e o n b a n d . BAPSA 34 1 8 2 5 , D C l O , l l a m i l t o n .
727
t6SEr d e d u c e d
E2,MI t r a n s i t i o n
r
tSaEr d e d u c e d
E2,MI t r a n s i t i o n
6
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A tSSEr
R 871cZZ:
88KaZN:
lSSTm
D 88ShZP:
lsSyb
D 88ShZP:
R 871cZZ:
R 89LeZV:
R 89LeZV:
D 89KrZS:
t72TM
D 89KrZS:
R 880sZY:
R 87IcZZ:
88KaZN:
D 87FuZV:
=
170
172
=
77(0)- *72TIn t r a n s i t i o n s
deduced
8(E2/MI). BAPSA 34 1825,
77(0). *72Tm t r a n s i t i o n s
deduced
(5(E2/MI). BAPSA 34 1825,
=
173
=
MeV; m e a s u r e d E T , I T , 7 ( 0 ) , 7 7 - c o i n f o l l o w i n g B(X). REPT J A E R I - T L V 1987 A n n u a l , P 1 3 4 ,
176
NUCLEAR REACTIONS *s2,X54Sm,lS~ p,p'),E=65 MeV; m e a s u r e d o ( 0 ) , a n a l y z i n g p o w e r v s 0. t~a,'S4Sm,*S~176 levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara. NUCLEAR REACTIONS lSSEr,X76yb(aHe,aHe),(alle,alle'),E=g9 MeV; *SSEr,t~syb(a,a'),(a,ct),E=120 MeV; m e a s u r e d tl(O), tSSEr,tTsyb d e d u c e d q u a d r u p o l e m o m e n t . C o u p l e d - c h a n n e l a n a l y s i s . REPT RCNP O s a k a 1987 A n n , P 3 1 , K a m i g a i t o .
A tTaHf
169
NUCLEAR REACTIONS tS7Gd,tTaYh(SONi,~aNi'),E=250 C o u l o m b e x c i t a t i o n , tvayb,lS~Gd l e v e l s d e d u c e d Oshima.
A *Tsyb
=
RADIOACTIVITY tTaEr; m e a s u r e d DCl2,Krane. RADIOACTIVITY *72Er; m e a s u r e d DCl2,Krane.
A tTayb
168
NUCLEAR REACTIONS *3~ not given; measured Doppler broadened line s h a p e . *sg,tT~ deduced levels,J,~,Tt/z,average transition quadrupole m o m e n t . BAPSA 34 1825,DCI1,Lee.
A 172Er
=
NUCLEAR REACTIONS la~ n o t g i v e n ; m e a s u r e d D o p p l e r broa~dened l i n e s h a p e . *sa,tV~ deduced lcvels,Jjr,T,/2,avcrage transition quadrupole m o m e n t . BAPSA 34 1825,DCII,Lee.
A t~OHf
continued
NUCLEAR REACTIONS *52,ta4Sm,'S~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. 152154~ , ~ m . 16Dr2 . . d. IS4 . n y, 16S, lSap~ r . 17syb . .182. 184~ 192Os levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara.
A *~aHf
166
NUCLEAR REACTIONS t s 2 , t a 4 S m , t S ~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. ts2,t54Sm,lSOGd,tS4Dy,tSS,iSSEr,tTsyb,*Sz,'S4w,ZgZOs levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara. NUCLEAR REACTIONS tSSEr,tVsyb(aHe,alle),(aile,aHe'),E=90 MeV; tSSEr,tVsyb(a,a'),(a,a),E=120 MeV; measured (7(0). tSSEr,17syb deduced quadrupole m o m e n t . Coupled-channel analysis. R E P T R C N P Osaka 1987 Ann,P31,Kamigaito. RADIOACTIVITY lssYb(EC),ISSTm(fl+),(EC); m e a s u r e d asymmetry,polarization,fl+(O); deduced ~. Source implanted into CaFmlaser optical pumping. REPT R C N P Osaka 1987 Ann,P88,Shimomura. RADIOACTIVITY XssYb(EC),tSSTm(fl+),(EC); m e a s u r e d asymmetry,polarization,fl+(0); deduced /z. Source implanted into CaF2,1aser optical pumping. R E P T R C N P Osaka 1987 Ann,P88,Shimomura.
A *SSEr
=
ONLY)
= ,178
RADIOACTIVITY '78Ta(EC) [ f r o m 181T a ( p , 4 n ) 178W ( E C - d e c a y ) ] ; m e a s u r e d r e l a t i v e d e d u c e d E0 t r a n s i t i o n K / L r a t i o s . REPT INS T o k y o 1986 A n n , P 2 7 , F u j i t a .
728
l(ce),I 7. 178Hf
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A Z~eTa
D 87FuZV:
R
89BaZS:
lTOlr
R
89JiZZ:
R
zaOos
R 89SeZS:
89LaZS:
R 89JiZZ:
D 88KaZF:
tea W
D
88KaZF:
R 871eZZ:
89WuZW:
teZRe
D 870hZU:
*eZOs
R 89SeZR:
D 870hZU:
taapt
D 89SeZQ:
ta3Au
D 89ScZQ:
D 88BuZD:
180
=
181
=
182
=
183
RADIOACTIVITY i~176 [from 'a2,ta3Os,Z~ d e c a y ] ; m e a s u r e d NMR. O r i e n t e d n u c l e i i m p l a n t e d i n Ni,Fe. REPT INS T o k y o 1986 A n n , P 3 1 , 0 h y a . RADIOACTIVITY t a a A u [ f r o m tatTa(t2C,10n)]; measured "),7(t),7(X-ray)(t),7(ce)(t), (ee)(X-ray)(t). taapt deduced levels,transition features. B A P S A 34 1 8 2 5 , D C 1 4 , Schwarzenberg. RADIOACTIVITY ZaaAu [ f r o m 'alTa(t2C,10n)]; measured 77(t),7(X-ray)(t),7(ee)(t), (ce)(X-ray)(t). *aaPt d e d u c e d levels,transition features. B A P S A 34 1 8 2 5 , D C 1 4 , Sehwarzenberg.
A t84 W
=
RADIOACTIVITY *~ZEu(fl-),(fl+),(EC); taZTa(fl-); m e a s u r e d ET,17,1(ce). 152Sm,t52Gd,tsZw transitions deduced ICC,penetration pararneters,B(E0)/B(E2). Double-focusing f l - s p e c t r o m e t e r . CONF V i l n i u s ( P r e c i s i o n i n Nuel S p e c t r o s c ) P r o c , P 3 , K a r t a s h o v . RADIOACTIVITY 15aEu(fl-),(fl+),(EC); taZTa(fl-); m e a s u r e d E T , l T , l ( e e ) . t$2Sm,taZGd,'oaW transitions deduced ICC,penetration parameters,B(E0)/B(E2). Double-focusing f l - s p e e t r o m e t e r . CONF V i l n i u s ( P r e c i s i o n i n N u e l S p e e t r o s e ) P r o c , P 3 , K a r t a s h o v . NUCLEAR REACTIONS taa,t54Sm,tS~ p,p'),E=65 MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. z~2,'54Srn,t6~ levels deduced transition strength. Coupled-channels a n a l y s i s , R P A . REPT R I K E N - 8 6 , P 3 0 , Ichihara. NUCLEAR REACTIONS t a a , l a 4 W ( a O N i , S a N i ' ) , ( t a 6 X e , t S 6 X e ' ) , E not given; measured 7(partiele)(particle)-coin f o l l o w i n g C o u l o m b e x c i t a t i o n , ta2,'S4W l e v e l s d e d u c e d s t a t i c , t r a n s i t i o n m a t r i x e l e r n e n t s , q u a d r u p o l e m o m e n t s , b a n d m i x i n g e f f e c t s . BAPSA 34 18~6,DC15, Wu. RADIOACTIVITY tez,taaRe,Z63pb [ f r o m 'aa,tSaOs,Z~ d e e a y ] ; m e a s u r e d NMR. O r i e n t e d n u c l e i i m p l a n t e d i n Ni,Fe. REPT INS T o k y o 1986 A n n , P 3 1 , O h y a . NUCLEAR REACTIONS tS~ MeV; m e a s u r e d 7 - m u l t i p l i e i t y , 7 7 - e n e r g y c o r r e l a t i o n . te~Os d e d u c e d l e v e l s , J , ~ , b a n d s t r u c t u r e . REPT J U L - S p e z - 4 9 9 , P 4 3 , S e h n a r e .
A
163Re
179
NUCLEAR REACTIONS t~6,t~aGd(ZTAI,4n),E=I34 MeV; m e a s u r e d 7 7 - c o i n . t~9,ta'Ir d e d u c e d levels, Jjr,configuation,band f e a t u r e s . BAPSA 34 1825,DC13,Jin.
A
ZeZTa
=
NUCLEAR REACTIONS *a~ n o t g i v e n ; m e a s u r e d 7 7 - c o i n . ta6Ta d e d u c e d l e v e l s . BAPSA 34 1 8 0 2 , A D 4 , L a r i m e r . NUCLEAR REACTIONS tS~ MeV; m e a s u r e d E T , 7 7 - c o i n , 7 - m u l t i p l i c i t i e s , 7 7 - e n e r g y c o r r e l a t i o n , ta~ deduced levels,band deformation f e a t u r e s . REPT J U L - S p e z - 4 9 9 , P 4 1 , Schnare.
A latlr
continued
NUCLEAR REACTIONS tS~ MeV; m e a s u r e d 7 V - c o i n . '~SOs d e d u c e d l e v e l s , J j r , r o t a t i o n a l b a n d s . REPT J U L - S p e z - 4 9 9 , P 3 9 , B a l a b a n s k i . NUCLEAR REACTIONS tss,t5aGd(aTA1,4n),E=134 MeV; m e a s u r e d 7 7 - c o i n . tvo,ta'Ir d e d u c e d levels, Jjr,eonfiguation,band f e a t u r e s . BAPSA 34 1825,DC13,Jin.
A
ZS6Ta
178
RADIOACTIVITY *TOTa(EC) I - f r o m iatTa(p,4n)tTaW(EC-decay)3; m e a s u r e d r e l a t i v e I(ce),I% *TaHf d e d u c e d E0 t r a n s i t i o n K / L r a t i o s . REPT INS T o k y o 1986 A n n , P 2 7 , F u j i t a .
A
l?Oos
=
ONLY)
=
18.~
RADIOACTIVITY *s4mRe(IT),(EC),ta4Re(EC) [ f r o m W(d,En),E=13.6 MeV3; m e a s u r e d p r e c i s e E(ce), l(ee), ta4Re,te4W t r a n s i t i o n s d e d u c e d p r e c i s e ET. D o u b l e - f o c u s i n g p - s p e c t r o m e t e r . CONF V i l n i u s ( P r e c i s i o n i n Nucl S p e c t r o s c ) P r o c , P l 5 , B u l g a k o v .
729
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A s84 W
R 87IcZZ:
89WuZW:
181Re
D 88BuZC: 88BuZD:
R 89BaZR:
*8~ir
R 89BaZQ:
R 89HeZQ:
tSSAu
R 89PoZW:
*8SHg
D 89AkZZ:
SeSTI
D 89AkZZ:
R 89PoZW:
leSHg
D 89AkZZ:
IaSTI
D 89AkZZ:
D 89ZgZY:
*00TI
D 89ZgZY:
R 89YeZZ:
R 871cZZ:
186
=
188
=
190
=
=
deduced
Ievels,J,~,band
structure,
deduced
levels,J,~,band
structure,
191
NUCLEAR REACTIONS ZS~ structure. BAPSA 34 1816,CC6,Ye.
A
IS20S
=
RADIOACTIVITY I9~ measured not given. Is~ 7-multipolarity,B(X). B A P S A 34 1816,CC3,Zganjar. RADIOACTIVITY iSSTl; m e a s u r e d not given. XS~ 7-multipolarity,B(),). B A P S A 34 1816,CC3,Zganjar.
A
191Hg
185
NUCLEAR REACTIONS 172yb(tgF,5n),(*~ MeV; m e a s u r e d V - s p e c t r a . *8s,18SAu d e d u c e d l e v e l s . REPT IPN 1988 A n n u a l , P E 5 0 , P o r q u e t . RADIOACTIVITY 18s,'S6Tl(fl+); m e a s u r e d not given. 'ee,zS6Hg d e d u c e d levels,J,shape characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i . RADIOACTIVITY zss,SS6Tl(fl+); m e a s u r e d not given. 18s,186Hg d e d u c e d levels,J,shape characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i .
A
sgOllg
=
NUCLEAR REACTIONS lSaOs(a,6n),E=80 MeV; m e a s u r e d T - s p e c t r a . laSPt d e d u c e d levels,J,~v,T,/2, band structure,shape characteristics. REPT J U L - S p e z - 4 9 9 , P 5 0 , H e b b i n g h a u s . NUCLEAR REACTIONS l~2Yb(19F,5n),(ZOF,3n),E=95 MeV; m e a s u r e d T - s p e c t r a . zss,'SSAu d e d u c e d l e v e l s . REPT IPN 1988 A n n u a l , P E 5 0 , P o r q u e t . RADIOACTIVITY 18s,'SSTl(fl+); m e a s u r e d not given, tes,iaSHg d e d u c e d " l e v e l s , J , s h a p e characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i . RADIOACTIVITY 188,'86Tl(fl+); m e a s u r e d not given. '88,*sStIg d e d u c e d levels,J,shape characteristics. BAPSA 34 1 8 1 6 , C C 4 , A k o v a l i .
A
ZSSAu
continued
NUCLEAR REACTIONS '8SW(a,5n),E=55 MeV; m e a s u r e d ET,Iv,7(t),vV-coin. lSSOs d e d u c e d levels,J, w,band structure. REPT J U L - S p e z - 4 9 9 , P 4 6 , B a l a b a n s k i . NUCLEAR R E A C T I O N S ' ' S ~ R e ( a , 6 n ) , E = I 0 0 MeV; m e a s u r e d 7 7 - c o i n , T T ( 0 ) , o r i e n t e d n u c l e i . SaSlr deduced levels,J,rr,B(k),d,band structure. REPT J U L - S p e z - 4 9 9 , P 4 8 , B a l a b a n s k i .
A leapt
184
NUCLEAR REACTIONS 1az,la4Sm,lS~ p,p'),E=65 MeV; m e a s u r e d a(0),analyzing p o w e r vs 0. z5z,*54Sm,*SOGd,~e4Dy,~SS,SSSEr,iVsYb,lSz,Se4W,t~Os levels d e d u c e d transition strength. C o u p l e d - c h a n n e l s analysis,RPA. R E P T RIKEN-86,P30, Ichihara. NUCLEAR REACTIONS *vz,*a4w(ssNi,5SNi'),(ZaSXe,~3SXe'),E not given; measured T(particle)(particle)-coin following C o u l o m b excitation, zsz,*S~W levels d e d u c e d static, transition matrix elements,quadrupole m o m e n t s , b a n d m i x i n g effects. B A P S A 34 1826,DC15, Wu. RADIOACTIVITY l~z,~5~mEu,la4,*SamRe(EC); m e a s u r e d ET,E(ce) differences; deduced conversion line shift. C O N F Vilnius(Precision in Nucl Spectrosc) Proc,Pl9,Bulgakov. R A D I O A C T I V I T Y ~84mRe(IT),(EC),~S4Re(EC) [ f r o m W(d,~n),E=13.6 MeV]; measured precise E(ce), I(ce). Za4Re,*S4W transitions d e d u c e d precise ET. D o u b l e - f o c u s i n g fl-spectrometer. C O N F Vilnius(Precision in Nucl Spectrosc) Proc,Pl5,Bulgakov.
A 1850s
=
ONLY)
MeV; m e a s u r e d
n o t g i v e n . *9ZHg d e d u c e d
192
NUCLEAR REACTIONS *~z,*$4Sm,lS~ MeV; m e a s u r e d a ( 0 ) , a n a l y z i n g p o w e r v s 0. s52,154Sm,lS~ levels deduced transition strength. Coupled-channels analysis,RPA. lehihara.
730
levels,band
p,p'),E=65 REPT R I K E N - 8 6 , P 3 0 ,
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A ZSZHg
R 89RoZS:
D 89HeZO:
194TI
D 89HeZO:
RADIOACTIVITY levels,J,Tr. BAPSA RADIOACTIVITY levels,J,rr. BAPSA
D 87SaZH:
D 87SaZH:
D 860mZZ:
D 87FuZU:
2o3pb
D 87FuZU: 870hZU:
D 88ZhZT:
R A D I O A C T I V I T Y 2~ [from penetration parameter. REPT R A D I O A C T I V I T Y 2~ [from penetration parameter. REPT R A D I O A C T I V I T Y sa2,se3Re,2~ implanted i n Ni,Fe. REPT INS
=
D 86FuZU:
2O7Bi
D 86FuZU:
J
89BeZE:
D 87MoZL :
possible isomer decay features,
7(0,II); d e d u c e d
g-factor.
Time
integral
method.
7(0,H); d e d u c e d
g-factor.
Time
integral
method.
198
202 MeV'l; m e a s u r e d
l(ce); d e d u c e d
=
204
=
--
measured B A P S A 34
=
MeV'l; CONF
transitions
deduced
K / L l(ce)
transitions
deduced
K/L
I(ee)
209 hfs; d e d u c e d h y p e r f i n e 1817,CCl0,Bcrger.
parameters.
Target beam
injected
210
R A D I O A C T I V I T Y 2ZSRa; ZZ4Bi,zZ4po,Zi~ [ f r o m l a . Zl4Bi d e d u c e d levels,fl-branching,log f t . THESIS G M o u z e , l ' U n i v d e Nice.
731
Ge d e t e c t o r .
207
R A D I O A C T I V I T Y 2~247 m e a s u r e d r e l a t i v e l(ce). 2~ subshell r a t i o . REPT INS T o k y o 1985 A n n , P 4 7 , F u j i t a . R A D I O A C T I V I T Y 2~ m e a s u r e d r e l a t i v e I(ce). 2~ subshell r a t i o . REPT INS T o k y o 1985 A n n , P 4 7 , F u j i t a .
NUCLEAR MOMENTS 2~ into cryogenic gas cell.
subshell
203
RADIOACTIVITY n4mln(IT) ['from naln(n,7)]; ~~ [from 2~ measured 17,I(K X - r a y ) . n 4 I n , 2 ~ transitions d e d u c e d ICC. H y p e r p u r e Vilnius(Precision in Nuel Speetrosc) Proc,P35,Zheltonozhsky.
A 2~opb
possible isomer decay features,
MeV]; m e a s u r e d r e l a t i v e I(ce). Z~ deduced INS T o k y o 1986 A n n , P 3 2 , F u j i t a . Z~ MeV]; m e a s u r e d r e l a t i v e I(ee). 2~ deduced INS T o k y o 1986 A n n , P 3 2 , F u j i t a . [from 'ez,leaos,2~ decay-I; m e a s u r e d NMR. O r i e n t e d n u c l e i T o k y o 1986 A n n , P 3 1 , O h y a .
A ZOOBi
deduced levels,band
Z~
A 2oTpb
=
l~
196
R A D I O A C T I V I T Y 2~ [from 2~ l ( c e ) r a t i o . REPT INS T o k y o 1985 A n n , P 4 5 , 0 m a t a .
A 204pb
=
=
A 2O3Ti
7-spectra.
194
R A D I O A C T I V I T Y *gSm,t98mHg(IT); m e a s u r e d REPT CYRIC 1988 A n n u a l , P 4 8 , S a i t o h .
A Z0zpb
=
R A D I O A C T I V I T Y z96m,toamHg(IT); m e a s u r e d REPT CYRIC 1986 A n n u a I , P 4 8 , S a i t o h .
A *ge.Hg
continued
194Tl(fl+); m e a s u r e d n o t g i v e n , lg4Hg d e d u c e d 34 I 8 1 6 , C C 8 , H e n r y . 194Tl(fl+); m e a s u r e d n o t g i v e n . *94Hg d e d u c e d 34 1 8 1 6 , C C 8 , H e n r y .
A
*96Hg
192
NUCLEAR REACTIONS 17sYb(~2Ne,6n),E=122 MeV; m e a s u r e d structure,moment o f i n e r t i a . B A P S A 34 1816,CC7,Roy.
A
1941tg
=
ONLY)
ZaSRa d e c a y c h a i n ] ; m e a s u r e d ZS4po d e d u c e d
Ev,17,V7-coin,Ea, levels,ICC,7-multipolarity,6.
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 2~4Bi
D 87MoZL:
~'14po
D 87MoZL:
al4Ra
R 86AdZV:
R 86AdZV:
87AdZU:
R
87SuZY:
NUCLEAR REACTIONS 2 ~ deduced levels,J,rr,B(El)/B(E2).
D
88MiZJ:
D
88MiZJ:
R
87FuZT:
ZZOpa
D
87MiZO:
D 87MiZ0: 88M i ZJ :
R 87KoZF:
NUCLEAR REACTIONS 2~ 222Th d e d u c e d l e v e l s . C r y s t a l
D 87MoZL :
=
Ea,TI/z; d e d u c e d Pa. REPT OULNS 1987 A n n u a l , P 1 2 2 ,
219 Ea,TI/2; d e d u c e d Fa. REPT OULNS 1987 A n n u a l , P 1 2 2 ,
330
=
221
=
MeV]; m e a s u r e d Ea,T,/a; d e d u c e d
E(a),Tt/a. REPT INS
r a . REPT OULNS 1987 A n n u a l , P 1 2 2 ,
222
MeV; m e a s u r e d " ) , - / - c o i n , y - m u l t i p l i c i t y , T - t o t a l ball,enriched t a r g e t . REPT R I K E N - 8 6 , P I T , K o h n o .
A aa6Ra
=
alTRa
218
R A D I O A C T I V I T Y 2z~ [ f r o m a~176 T o k y o 1986 A n n , P 3 7 , M i y a t a k i . R A D I O A C T I V I T Y 221Pa,21s,21gAc(a); m e a s u r e d Miyatake.
A 222Th
=
nuclei,
NUCLEAR REACTIONS a~ MeV; 2~ MeV; m e a s u r e d E7,1%7(0), yT-coin,Ea,la. 2Z~ d e d u c e d l e v e l s , J , r r , T t / 2 . REPT R I K E N - 8 6 , P 1 4 , F u k u d a . R A D I O A C T I V I T Y 2z~ [ f r o m a~ MeV]; m e a s u r e d E(a),TI/a. REPT INS T o k y o 1986 A n n , P 3 7 , M i y a t a k i .
A aalpa
MeV; m e a s u r e d Ey,IY,77(t),7(O), 1985 A n n , P 5 3 , A d a c h i . E T , 7 7 ( t ) . 21~Ra d e d u c e d l e v e l s , J , r r .
217
R A D I O A C T I V I T Y aalPa,als,Z*gAc(a); m e a s u r e d Miyatake.
A 22OAc
=
R A D I O A C T I V I T Y aaIPa,21a,aZgAc(a); m e a s u r e d Miyatake.
A 219Ac
215
MeV; m e a s u r e d ET,IT,77(O),oriented REPT R I K E N - 8 6 , P 1 2 , S u g a w a r a .
A a18Ac
=
NUCLEAR REACTIONS Z~ MeV; Z~ 7 I t ) . zl4,2LSRa d e d u c e d l e v e l s , J , T r , T l / a . REPT INS T o k y o NUCLEAR REACTIONS Z ~ MeV; m e a s u r e d REPT INS T o k y o 1986 A n n , P 3 5 , A d a c h i .
A ZlTRa
214
R A D I O A C T I V I T Y aaeRa; Z*4Bi,214Po,21~ [ f r o m Za6Ra d e c a y c h a i n ] ; m e a s u r e d E y , I y , y y - e o i n , E a , I a . 2~4Ei d e d u c e d levels,fl-branching,log f t . Z*4po d e d u c e d levels,ICC,T-multipolarity,~. TtIESIS G M o u z e , l ' U n i v d e Nice. R A D I O A C T I V I T Y ZZaRa; a*48i,a*~Po,a*~ [ f r o m a~SRa d e c a y c h a i n 3 ; m e a s u r e d E y , l y , y y - c o i n , E a , la. a'4Bi deduced levels,fl-branching,log ft. a~Po deduced levels,ICC,7-multipolarity,8. THESIS G M o u z e , l ' U n i v d e Nice. NUCLEAR REACTIONS z~ MeV; 2~ MeV; m e a s u r e d ET,IT,7-~(t),~(O ), 7 I t ) . a~4,a~SRa d e d u c e d l e v e l s , J , ~ r , T , / a . REPT INS T o k y o 1985 A n n , P 5 3 , A d a c h i .
A a'aRa
=
ONLY)
=
energy.
226
R A D I O A C T I V I T Y 226Ra; 2'4Bi,2'4Po,al~ [ f r o m 22~Ra d e c a y c h a i n ] ; m e a s u r e d E % I % T T - c o i n , E a , l a . Zl4Bi d e d u c e d levels,fl-branchihg,log ft. a'4Po deduced levels,lCC,7-multipolarity,6. THESIS G M o u z e , l ' U n i v d e Nice.
732
SECONDARY
SOURCES
(Reports,Abstracts,etc.
A 23~pu
D 89SuZW:
D 89SuZW:
D 87ShZQ:
=
241
RADIOACTIVITY Z4tCm(a),(EC) [ f r o m Z39Pu(a,2n)]; m e a s u r e d 7 ( X - r a y ) - e o i n ; d e d u c e d Q(EC). 237Pu [ f r o m Z3~U(a,2n)]; m e a s u r e d 7 ( X - r a y ) - c o i n . 237pu deduced energy for KEC-decay. BAPSA 34 1819,CE2,Sur.
A Z*Scf
237
RADIOACTIVITY 241Cm(cx),(EC) [ f r o m 239pu(a,2n)]; m e a s u r e d 7 ( X - r a y ) - c o i n ; d e d u c e d Q(EC). Z37Pu [ f r o m Z3~U(a,2n)3; m e a s u r e d 7 ( X - r a y ) - c o i n . 237Pu deduced energy for KEC-deeay. BAPSA 34 1819,CE2,Sur.
A ~41Cm
=
ONLY)
=
245
RADIOACTIVITY Z45Cf(a); m e a s u r e d Ea,la,EC b r a n c h i n g ratio,Ti/2. REPT JAERI-TLV 1986 Annual, PI23,Shinohara.
733