Collisional transition probabilities for alkali metal atoms in thermal plasma from 1000 °K to 8000 °K

ATOMIC

DATA AND NUCLEAR

DATA TABLES

COLLISIONAL FOR

ALKALI

19, 1-2 1 (1977)

TRANSITION

PROBABILITIES

METAL

ATOMS

FROM

1000 “K TO 8000 OK

J. KUNC

IN THERMAL

PLASMAS

and M. ZGORZELSKI

Warsaw Technical University Warsaw, Poland

Results are presented of the transition probabilities induced by electron collisions with lithium, sodium, potassium, and cesium atoms. The probabilities are described with the aid of the classical binary-encounter theory. The electrons are assumed to be Maxwellian. The range of temperatures covered is from 1000 “K to 8000 “K.

CONTENTS

INTRODUCTION Scope of the Paper EXPLANATION

OF TABLES

TABLE I. Collisional Transition Probabilities from Gryzinski BinaryEncounter Formulas. Alkali Metal Atoms, T, = 1000 OK-8000 “K TABLE II. Collisional Binary-Encounter 8000 “K

Transition Formulas.

Copyright 0 1977 by Academic Press, Inc. All rights of reproduction in any form reserved.

Probabilities from Modified Gryzinski Cesium, T, = 2000 “K, 5000 “K, and

1

AIomc

Data

od

Nuclear

Doto

Tables,

Vol.

19,

No.

1, Jonuory

,977

J. KUNC and M. ZGORZELSKI

Transition Probabilities in Plasmas

atomic energy levels. The levels are described by the principal and total orbital angular momentum quantum numbers. The energy of such a level is calculated as a weighted average over all substates of energies Ei, according to the formula:

INTRODUCTION Scope of the Paper

The data presented in the present paper are the result of a continuation of the previous research work by the same auth0rs.l While the earlier publication described collisional transition probabilities in electronatom collisions for atomic hydrogen, the present paper extends the area to the four alkali metals: lithium, sodium, potassium, and cesium. As before, the classical Gryzi6ski2 binary-encounter theory of electron-atom collisions was used as the method of calculation of the basic table (TABLE I). Similarly, as in the previous paper, exemplary calculations for comparison purposes were made, for cesium only and for selected temperatures, according to the modified binary-encounter formula3 (TABLE II). All details of the calculations, as described in the reference,l remain virtually unchanged. The tables give the values of collisional transition probabilities between

+ lIEi

x(24 El = i C(2-4

+ 1)

References

1. J. Kunc and M. Zgorzelski, ATOMIC DATA AND NuCLEARDATA TABLES 15, 543 (1975) 2. M. Gryziriski,

Phys. Rev. A 138, 322 (1965)

3. M. Gryziriski and M. Zgorzelski, Proc. of the VIII International Conference on the Physics of Electronic and Atomic Collisions, p. 396, Beograd (1973)

EXPLANATION

OF TABLES

The transition probabilities K,,, between discrete levels and Kc, between discrete levels and continuum are tabulated. K,,, is given for’the first 18 levels of each atom K n,m

Number of transitions per set per cm3 from level n to level m, per unit density of electrons n,, and per unit density of atoms in level n,, thus K?l,mnnne gives the number of transitions per set per cm3

To C

To continuum

From C

From continuum

K c,n

Number of recombinations per set per cm3 per 8: and unit density of ions q, thus Kc,,nin,2 gives the number of transitions per set per cm3

TE

Temperature tion

of a Maxwellian

free-electron distribution

func-

Examples For lithium at T, = 1000 “K we read in TABLE I the excitation probability from the ground state (2s) to 2P is 7.246 IO-** cm3/sec The inverse deexcitation process (from 2P to 2s) occurs in lithium at 1000 “K at the rate 1.003 10e8 cm3/sec Direct ionization from 2s to continuum occurs in lithium at 1000 “K at the rate 2.354 1O-36 cm3/sec. The three-body recombination into the ground state occurs at 4.508 1O-2g cm6/sec

2

Atomic

Dda

and

Nuclear

Data

l&lea,

Vol.

19,

No.

1, Jmwary

1977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryzihski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K-

COLLISIONAL LEVEL

TO:

LEVEL

TO:

2S

TRANSITION

2P

5S

Transition Probabilities in Plasmas

PROBABILITIES-LITHIUM

3s

5P

3P

50

TE=lOOOK 3D

6s

Formulas

4s

bP

4P

7s

4D

4.616

m-4

2.404 2.015 9.522 2.772 2.409 0.446

r-b r-7 "-7 "-7 "-7 r-0

it:&

$5

7P

0P

1.717

T O C. FROM C.

T O C. FROM C.

2s

2P

3s

3P

3D

4s

4P

4D

7.354,-36 4.500.-29

1.405,-26 1.943,-20

2,556"-10 1.353"-27

9.992"-lb 3.290"-27

1.932"-15 3.679.-27

9.671"-13 1.272"-26

1.224"-11

1.632"-11 2.604"-26

5s

5P

50

65

bP

7s

1.476 1.120"-25

3.640,.-10 6.757,.-26

"-9

COLLISIONAL LEVEL FROM

s

TO:

25

1.730

1,190"-25

"-9

TRANSITION

2P

3s

1.047

2.523"-25

r-0

2.476

3.700"-25

"-0

0.799

7.307"-25

PROBABILITIES-LITHIUM 3P

2.407"-26

"-0

7P

0P

1.560 1.013":;:

6.549 2.516"-24

4s

4P

4D 2.210.-20

3.764 3.323 1.030 1.643 6.313 LEVEL

"-7

TE=POOOK 3D

25

FROM

"-5

TO:

5s

5P

5D

6s

6P

7s

3.603"-21

1.540

3,092 y4"4

y-0 *-$

::331

::5 "-3 1.016

5;

5:Hd 2P

T O C. FROM C.

2.501 4.123,-26

2.271"-17 1.332"-20

5s

See page 2 for Explanation

5.970"-13 9,073.-20

5P m-0

6.001 6.705"-26

4D "-0

6.700

7.109"-26

"-0

f.f.f .

"-4 "-5

P

3P

3D

4s

4P

1.594"-11

2.301"-11

2.174"-27

2.426"-27

7.770"-10 0.165"-27

3.402 1.510"-26

65 w-0

1.240 "-4

3.715

1.765"-22 3.124"-29

7P

1.916"-22 &:$;=I::

"-6

T O C. FROM C.

"-7 "-7 r-7 "-7 r-0

2.070 1.461"-25

6P "-7

3.609 2.140"-25

7s "-7

a.272 4.020"-25

4D "-9

7P "-7

4.029 1.639"-26

"-9

0P 3.219 1.293"-24

"-6

of Tables, 3

Atomic Dab

ond Nuckm

Ddo Tables, Vol. 19, No. 1, January

1977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryzihski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K

COLLISIONAL LEVEL

TO:

2s

TRANSITION

2P

5P SD

4.802"-11 4.232,.-10

2.052

65 bP 7s 7P 8P

1.953".-10 1.667.-10

3%5--:8

LEVEL

TO:

T O C. FROM c.

8.745,.-18 ?.500,.-29

T O C. FROM C.

1.173 2.956,-26

3D

4s

4P

4D

1.150"-15

4.149"-15

3.665.-16

2.609"-17

1.744.-lb

6S

bP

"-9

6.422"-10 2.832"-10 5P

5s

3.883"-17 1.628,s-13 3.423"-10

3P

3:364:-10

7.248"-11 1.398"-10 6.233"-11

2S 2P 3S

Formulas

TE-3000K

PROBABILITIES-LITHIUM

3s

4.361"-11

FROM

Transition Probabilities in Plasmas

3.479"-18 l-440,-14

2s

2P

3s

3P

3.109,-14 1.055"-28

4.233"-11 7.039,-28

4.582"-10 1.665"-27

5P

5s "-7

2.288 4.740.-26

COLLISIONAL

2.471

5.016.-26

"-7

TRANSITION

6.048

l.OOJ,-25

7P

8P

7.000"-18 2.7091-14 4.502"-11

3.175"-18 l-215"-14

8.121 "-9 b.O9bu-27

2.475

1.960.-11

4P 5.995"-10

1.854m-27 bP

6s

5D u-7

7s 3.683"-18 1.439"-14 2.458"-11

r-7

9.414

1.462.-25

7s "-7

1.843 2.676,-25

1.118.-26

"-8

2.814

w-6

5.655 8.234".25

7P r-b

2.518 3.605~25

1.204.-26 8P

TO:

2s

2P

3s

3P

30

4s

4P

4D

LEVEL

TO:

5s

5P

5D

65

6P

7s

7P

8P

2s 2.098,-15 2.122,.-29 5s T O C. FROM C.

2.585 "-7 2.280,.-26

See page 2 for Explanation

PP

3s

1.235"-12 8.873"-29

3.790"-10 5.804"-28

5P

5D

4.573 3.614"-26

u-7

4.885 3.820.-26

3D

3P 2.599

1.357.-27

"-9

65 "-7

3.234

1.509.-27

4s "-9

bP

1.056 "-6 7.537..-26

r-b

TE.4000K

PROBABILITIES-LITHIUM

LEVEL

T O C. FROM C.

"-8

1.551 1.083"-25

4P -8

$:%,:27

8:804.-27

4D a-8

7P

7s "-6

6 963

2.790 1.950"-25

"-6

3.673 2.605"-25

k:%,-;8 8P

m-6

7.529 5.812"-25

m-b

of Tables.

4

Atomic Data and Nuclwr

Data Tables, Vol. 19, No. 1, January

1977

J. KUNC and M. ZGORZELSKI

ABLE I. Collisional

Transition Probabilities in Plasmas

Transition Probabilities from Gryziriski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K

CDLLISIDNAL

TRANSITION

PROBABILITIES-LITHIUM

TE=5000K

LEVEL

TO:

2S

2P

3s

3P

3D

LEVEL

TO:

5S

5P

50

6s

6P

2s T O c. C. FROH

5.067"~14 1.861.-29

2P

3s

1.169"-11 7.709,.-29

1.459 4.952"-28

5P

50

5s T O C. FROM C.

4.219 "-7 1.836,.-26

7.017 2.005"-26

COLLISIONAL LEVEL FROM

TO:

2S

25

"-7

7.445 3.045"-26

3P "-9

"-7

1.409 5.924"-26

4s

4s "-9

9.150 1.272"-27

5.858 4.025"-27

6P

7s

4D

4P "-B

4D :::;:,:;:

::;:k,: 7P

BP

"-6 k::;,:;:

:::k;;

PROBABILITIES-LITHIUM

3s

4P

7P

3D "-9

65

TRANSITION

2P

7.580 1.145"-27

Formulas

ft:%:,f;f

t:;:',,:;;

TE=600OK

3P

4s

3D

4P

4D

-

m

6.532

LEVEL

TO:

5S

5P

6S

5D

6P

"-6

7P

;.:g;“-:; 7:095::10 3.596

2s T O C. FROM C.

5.555,-13 1.666,.-29

T O C. FROM C.

5.893 1.523":;;:

2P

3s

5.363"-11 6.040"-29

3.656 4.321"-20

5P

5D

5s

See page 2 for Explanation

;::;:,f;;

;:;t:,.$,

3P "-9

1.574 9.097"-28

4s

30 m-8

6S

1.862 1.098"-27 6P

i:t::.-;b

i?:;:.:;:

m-13

9.820 3.4201-27 u-8 7s ::$;:,-;$

4P

40

26:8%.:,:

2.232 6.523"-27

7P ::$;:.:;$

"-9

m-7

BP 9.972 3.420"-25

"-6

of Tables. 5

Atomic Dota and Nuclear

Data Tables, Vol. 19, No. 1, January 1977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryzihski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K

COLLISIONAL LEVEL

2s

TRANSITION

PROBABILITIES-LITHIUM

3s

3P

SD

5S

5P

50

65

6P

2P

3s

T O C. FROM C.

2.019"-12 1.513"-29

1.610"-10 6.159"-29

7.137 3.030"-20

T O C. FROM C.

7.512

2S

LEVEL

5s

1.291,-26

5P "-7

1.160

1.999.-26

TO:

2s

1.221

2.107”-26

1.030

LEVEL

:F"

e-0 "-0 "-0

ZP 5D

1 44; 41626

::?

$8

'2:3::

5

:c 0P

:*:t: 21032

::: "-7 2s

T O C. FROM C.

9.659"-12 1.309..-29 5s

FR::

$1

9.033 "-7 1.113,.-26

See page 2 for Explanation

r-b

3.004

6S

4.011r-26

1.051 1.501

9.490 g::gg 2.524

"-9 =I; "-9 SD

8: :g;:;: 8; t 0: :rg’ "-9

5.3 7 u-0 2.d04 a "-0

::;:a 4.062 1.476

=:q "-7 "-5

6.245 1.907 0.745 1.634 2.109 5.044

2:20 i 2.636 4.742 6.269

z5 "-6 "-6 "-6 "-7

3

2.39: 1.0 :*54 61401

85

3.749"-10 5.607"-29

1.109 3.436"-20

5P

5D 1.4 1.0

5.652r-26

4.790 9.052u-26

2.020 5.221.-27

m-6

5.907 1.295.-25

7s

40 "-7

3.053 5.597.-27

m-6

1.076 2.764.-25

7P

"-7

0P r-5

TE=BOOOK 3D

4P

4s

0.442"-11 p;gg

"-6'

21907

::4

40

7P

6P

54 r-6 "-5 n-3

w-6

::f 3s

"-6

u-6

"-7

"-5 7 u-5

2P

1.362 1.713"-26

1.432 2.960.-27

PROf3ABILITIES-LITHIUM

6S

7.352

4P "-0

bP

y-0 "-7 "-6 "-7 "-0

5P

5S

4.432"-12 2.192"-10 1.244 IpJ

2.220

3.125 9.633"-20

,*.-a

5.047,-10 1.050"-10 2.209"-10 ?.005,-11 1.571.-10 6.749.-11 TO:

25 ZP 3S ;g

4D

7P

30 "-0

3P

yg:

FROM

"-6

3s 2

5D 6S 6P 7s 7P BP

2.603 0.696"-20

TRANSITION

2P

25

3P "-9

SD

"-6

COLLISIONAL

FROH

4P

4-3

-

TO:

LEVEL

Formulas

TE=7000K

2P

FROtl

TO:

Transition Probabilities in Plasmas

"-6

"-a

4.031 7.740"-20

1.910

"-5

4.790

3D

3P r-0

4.642 0.564.-28

w-0

1.909 2.599.-27

"-7

3.590 4.553"-27

6P

6s

y-5

4P

4D "-7 3:t:2,:;:

7P

0 "-6 P 5"-26

of Tables.

6

Atomic Data ad

Nuclear

Data TcUe,

Vol. 19, No. I, hnuory

1977

Transition Probabilities in Plasmas

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryziriski Binary-Encounter Alkali Metal Atoms, T = 1000 OK-8000 “K

COLLISIONAL

TRANSITION

LEVEL

TO:

3s

3P

4s

LEVEL

TO:

6S

5D

6P

3s T O C. FROM C.

6.138,-35 5.120,.-29

T O C. FROM C.

5.781,-10 ?.535,.-26

3P

4s

8.683"-24 3.201"-28

6S

8.1 1.5

5D

FROM

TO: 35 3P

TRANSITION

3P

1.72;

::I

9.00s

i-t

$#

1.267"-16 2.524,.-10

4F

5P

2.178"-11 2.680.-26

4.509"-11 3.305~26

1.472 2.802"-25

6D "-8

7P "-8

4P

5.146"-18 7.092"-12

3.735"-18 4.500"-12

7.322

--O

2*651

-2

$$$j

:I?

::::p

:I,

,.-a

1:11e

=:$

;:g:

=:;

a.;;;

"-7

$:& f.;

$ m-;

1.532,,-10

1.130

1:; "-9

:';f% 6.9

c;

$h$j

;;I

6P 60 7s 7P 8S 7D 8P

3.617.-10 6.792,,-11 1.797,-10 l-460"-10 7.808,-11 2.456.-11 8.617,.-11

2.619 I.271 .754,-i: " I.012 "-9 5.348"-10 $:f129,-10 672,.-10

Z.3: 5.590 2.896 8 969"-10 3:092

5 "-9 "-9

%472078 1.536 7.804 2 395 8:168

$8 m-8 m-9 "-9 "-9

50

6P

1.511,-20 1.313,.-14

4.013"-21 ;$..:A;

8.441"-21 ;.g*-;:

.%

39:212,.-10 017,-11

2:203"-10

4:231iz10

T O C. FROM C.

9.596,,-22 3.544,-29

T O C. FROM C.

3.418 4.571,-26

6S

-t Z-8 "-8 "-8 "-9 "-8

1.279 4.237 7P

8S

7D

BP

9.288.-22 7.350"-16 1.420"-12

2.?38"-22 2.154"-16 4.121"-13

9.428"-22

See page 2 for Explanation

"-5 ::; 5s

6.831"-16 2.184,.-28

1.122"-12 1.006,-27

2.478"-11 2.357x.-2?

6.523"-11 3.196"-27

1.162 9.116"-27

6P

7s "-7

2.583 1.610"-25

6D "-7

y-3 u-5 "-6

1.980"-21 1.585"-15 3.124"-12

4P

1.001 8.624"-26

5P

6D

3D

"-8

::!ik;:

9.770"-22 7.901.-16 1.584"-12 4.173"-11

4s

7.406 7.167,-26

BP "-7

u-8 m-0

3P

50 "-8

2.314 1.218"-24

s

3.950 9.119 2.904

a.749 ::::g 3s

7D "-7

4F

ii8 :.g;' 2.238 1.126 3 441 1:168

7s 3.033"-21 3. 480"-15 071,.-12 1:362"-10

1.286 8.599"-25

3.957"-20

[if

5D

8s "-8

5s

I$%!

"-9

5.057 5.152"-25

TE=2000K

30

5;

6s

3.527 4.281"-25

PROBABILITIES-SODIUM

21676 5.347

TO:

BP

40

6.89;

3s 3P

7D

1.885"-11 2.574.-26

. 3.415",-9 3*139 7.446

LEVEL

8S

5s

::8

"-9

5P

1.942"-12 1.426"-26

:;f

t..;

4F

4P

4s

1.493"-13

40

l-242.-14 4.877"-27

7s "-9

5s

3D

9.489,-11 4.148,-10 9.404,.-10 4'171'"-10

2

FROM

3s

3.268 l-459,-25

4P

2.205"-15 3.575"-27

6P

2.029 "-9 1.203,.-25

COLLISIONAL LEVEL

9"-18 t 3"-27

TE=lOOOK

PROBABILITIES-SODIUM 3D

Formulas

4.540 2.412"-25

"-9

7P "-7

3.558

5.744 m-7 2.877,.-25

4.306 1.618"-26

"-9

4.776 1.683"-26

"-6

1.580 6.504"-25

8S 1.065 4.670"-25

"-9 "-8

::;g

::$

r-3 4F

4D

9.893 1.093

5P "-9

7.350 2.062"-26

"-6

1.810 7.316"-25

7D

"-9

BP "-6

of Tables.

7

Atomic Data and Nuclear Data Tables, Vol. 19, No. I, January

1977

.i. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryziriski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K

COLLISIONAL LEVEL

TO:

LEVEL

TRANSITION

3P

4s

PROBABILITIES-SODIUM

6S

5D

1.015"-16

3.009"-17

3s

3P

4s

3D

4P

T O C. FROM C.

2.017,-l? 2.034"-29

3.405"-13 1.722"-20

6.672"-11 7.700"-28

6.327"-10 1.001"-27

1.209 2.420"-27

7s

6D

FR%

1 450 3:::":;:

6P

6P f:

"-7 "-26

kt':;

COLLISIONAL

3.306 6.040"-26

TRANSITION

LEVEL

TO:

3S

3P

4s

LEVEL

TO:

6S

5D

6P

3s T O c. FROM C.

;.m~"-l' .

"-29

6S T O C. FROM C.

3.113 "-7 2.508,.-26

See page 2 for Explanation

m-7

:%&a:;,7

4s

3D

5.466,-10 6.409"-28

3.379 1.464"-27

5D

6P

7s

5.221 3.839"-26

"-7

6.401 4.573,-

::i

*-7 26

1.220 0.230"-26

4F

5P

1.705".16

3.?14"-16

7P

0S

7D

0P

1.099 6.701"-27

4D "-8

B 8.-.;5"

3.204 1.234"-26

5P "-0

4.453 1.504"-26

"-0

::%.%

TE-4000K

4P

5s

40

4F

5P

7P

8S

70

BP

5s

4D

4F

5P

"-9 f:%,:;?

k:%-;8

60 "-6

4F

3.002 "-0 1.100,.-26

7P

4P

30

3P

4D 3.064.-l?

5s "-9

PROBABILITIES-SODIUM

0.137"-12 1.441"-20

5s 9.035"-16

60

7s

Formulas

TE=3000K 4P

3D

3S

FROM

TO:

3S

Transition Probabilities in Plasmas

1.022 l-204,-25

8::%"-27

7P "-6

2.152 1.421"-25

v-0

0 645 v-0 916911-27

0S "-6

3.345 2.241"-25

7D "-6

4.454 3.050"-25

:::%-;: BP

"-6

4.921 3.405"-25

"-6

of TabIes.

8

Atomic Dota and Nuclsar

Data Tables, Vol. 19, No. 1, January

1977

Transition Probabilities in Plasmas

J. KUNC and M. ZGORZELSKI

TABLE

LEVEL

TO:

‘lp

5P $8 6P 7s % 8s 7D 8P LEVEL FROM

1.286 "-9 :::;:::r:g 4.352,.-10 2.022..-10 71:636,,-10 259,.-11

3D

::::i"-"

u-8

1.26i ;.gg:

w-6 u-4

7:984 3.546 ;.;;3

::9 "-8 u-g

s:3sa

z9

ES-SODIUM

TE=5000K

4P

5s

40

4F

6P

6S

7P

8s

7D

ap

1.644"-14

3.745"-14

2.019"-14

6.379"-15

2.389"-14

:: %“-12 "-9 "-7

5.983

ap

5.145

"-5

1.181

m-9

:::gg

c:$

$:g$: 1.370

=r: "-6

5.733

"-4

"-9

m-5

.-7 3P

3s 1.242,,-13 2.105"-29

4.977 "-7 7.014,.-26

1.994 5.459"-28

5D

6P

7.902 3.057,.-26

"-7

COLLISIONAL 3s

4P

30

5.673,-11 1.246"-28

6s

TO:

7s 4.515"-14

3.837"-14 2.263"-11

1.188,-13

4.039

9.486 3.628"-26

u-9

"-9

1.569 1.649"-27

7s "-7

TRANSITION

3P

9.504 1.234"-27

4s

1.705 6.455"-26

5s u-8

7.296 4.453"-27

6D "-6

2.438 9.359"-26

2.836 l.lOO"-25

y-7

TO:

6s

5D

"-6

4.240 1.717"-25

4P

5s

"-6

T O C. FROM c.

6.855 1.667,.-26

21~101"-:i 119

.

65

"

::5::

"-6

1.239 2.972"-26

See page 2 for Explanation

1.048 2.511,-26

1.926 1.065"-27

"-6

2.130 5.233"-26

6P

50 "-7

"-9 "-28

.-a

3.012

"-6

2.967 7.537"-26

1.418"-27

BP "-6

6.038 2.505"-25

4F

5P

1.995~12

8s

7D 4.220"-14

"-6

1.197 3.775"-27

"-6

3.414

"-7

2.331 6.423"-27

"-6

4.966

7P

B.R34,-26

::%:::: 1.088

4F "-7

2.435 6.659"-27

"-6

6.343

8s

1.36am-25

ap

l.Oll.-11 2.942e10

4D

.-a

6D

7s

%d:.:;:

7.545013

1.326"-13 3.196"-11

4P

3D -

5.510 2.322"-25

4D

7P

6P

3P 1.058,.-12 1.883.-29

5P r-7

70

as

9.412~10

T O C. FROM C.

1.599 ?.925"-27

TE=6000K

PROBABILITIES-SODIUK 3D

1.524 ?.639"-27

7P "-6

4F

4rl u-8

1.618x.-13

LEVEL

5P

a.450,.-ii

fl

LEVEL

PROBABILITI

45

Formulas

2.566,.-11 9.456,-11

3.861

T O C. FROM c.

TRANSITION 3s

8.006

T O C. FROM C.

Transition Probabilities from Gryzifiski Binary-Encounter Alkali Metal Atoms, T = 1000 OK-8000 “K

4.7 a a,-10 1.0 3,.-10

TO:

35

I. Collisional

5P r-7

3.040 8.030"-27

"-6

6.910

70

1.839,-25

m-9

"-7

BP

2.043.-25

"-6

of Tables. 9

Atomic Dota and Nuclear

Da,., Tobler, Vol. I9, No. 1, Jonuory

1977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities in Plasmas

Transition Probabilities from Gryziliski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K

COLLISIONAL

TRANSITION

PROBABILITIES-SODIUM

Formulas

TE=?OOOK

LEVEL

TO:

35

3P

4s

3D

4P

5s

4D

4F

5P

LEVEL

TO:

6s

50

6P

7s

6D

7P

0s

70

BP

3s

3P

4s

T O C. FROM C.

4.900.-12 1.709"-29

5.510"-10 9.074"-29

9.150 4.209"-20

T O C. FROM C.

0.649 1.410"-26

6s

1.285 2.111"-26

"-6

COLLISIONAL LEVEL

TO:

1.504 2.492"-26

"-6

2.499 4.350"-

"-0

4.046

"-6 26

3.4 6.2

4s

5s "-0

1.710

4 "-6 s Ow-26

3.096

1.240"-27

7s

TRANSITION

3P

35

3.223 9.343"-20

6P

5D "-7

4P

3D "-9

3.261"-27

7.204"-26

:.d2P

5D 6P 75 6D 7P 0s 7D BP

1:74i$iO 4.646"-10 2. 19,.-10 7. f Ol"-11 1.710"-10 0.747"-11 2.632,.-11

LEVEL FROM

*;g

9.017"-11

TO:

t.H:O

"I8

:;J$;

fr;

1.565

"-9

5.467,.-10

4P

6.051"-10 5D

6P

7s

"-6

T O C. FROM C.

1.612,.-11 1.567,-29 6s

T O C. FROM C.

"-6 1.032 1.213,,-26

See page 2 for Explanation

3P 1.143 0.956"-29

2.927

1.496 ::gq

"-7 ::;

4::%!

::8

:::%f

9

7P

"-9

1.495 3.771"-20

"-0

6P "-6

1.14 1.44

0s

1.740 2.120"-26

4.776 0.304"-20

4P m-0

6,969 1.099"-27

7s "-6

"-6 "-5 "-3

i

2.760

3D

3%

3.790 5.254"-26

"-4 y-5 "-5

5s u-0

7,592 1.663"-25

BP

"-6

2.263 2.050"-27

"-7

"-6

4.299 6.130"-26

9-2

21972 7.960

::b "-7

BP

7D

2.15 3 ;.gfjg

s-9 "-;

61790 1.627

::0 "-7

2.036 2.960 1.359 5.439 1.245

"-6

he-5 "-5 "-4

2.160

"-4

ij: P&:f

t

"-6

2.042

"-4

1.677 2.306

4.024 4.796"-27

6.026 9.3701-26

w

4.103

"-5 "-4 "-3

4F "-7

4.179 4.969"-27

"-6

7.522 1.249"-25

0s "-6

:.gg

4.496"-13

4D

7P

6D "-6 "-26

"-6

"-6

g-0 ::g

6D

m-6 4s

5D 1.499 l.R07"-26

1.629

7.000 1.499"-25

"-7

5P

6.035 4::g

9.269 :.$x7;

3s

1.12 5.55%

4.063 6.0659-27

7D "-6 "-25

;&9:':;

"-7 "-6

5.700"-27

"-7

4D

6.426,.-12 6.364,,-10 1.374 ,-a

3.076 1.166

3.300

0s "-6

5s

1.231 "-9 6.202,.-10 1.053"-10

6s

5.500"-27

5P

4F "-7

TEr0OOOK

PROBABILITIES-SODIUM

1.977

ZE

3.178

7P

6D

3D

4D "-7

5P "-7

5.066 5.962"-27

"-6

0.130 1.304"-25

70

"-7

BP "-6

of Tables 10

Atomic Data and Nuclear

Data Tables, Vol. 19, No. I, January

,977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryzihski Binary-Encounter Alkali Metal Atoms, T = 1000 OK-8000 “K

COLLISIONAL LEVEL

TO:

TRANSITION

4P

4s

Transition Probabilities in Plasmas

5s

TE=lOOOK

PROBABILITIES-POTASSIUN 5P

30

6s

"-9 LEVEL FROM

TO: 4s

"-7

T O C. FROM C.

T O C. FROM C.

5F

7P

2.204"-28

1.661"-28

75

4.003,.-28

3.136

ES

6D

1.735

4F

r-8

2.750

6P

v-8 8P

6F

5.369

5D

r-8 7D

9s

"-7

4s

4P

5s

3D

5P

65

4F

1.006,-30 7.799"-29

4.139"-22 3.930"-28

1.401"-16 1.924"-27

3.067"-16 2.175"-27

5.450"-14 5.4?8"-27

5.998"-12 1.597"-26

2.178"-11 2.261"-26

7s

5F

7P

6D

8S

6F

8P

::g;;"r;E

Formulas

::g:*:;;

COLLISIONAL

:;Jg$":;;

$:;g"ir;g

;:jg.:;g

TRANSITION

PROBABILITIES-POTASSIUM

g:g:.r;g

093"-10 ::6::"-26

9.211"-10 7.5::".26

"-8 Q "-25

::;g

TEo2OOOK

LEVEL

TO:

45

4P

.5S

3D

5P

6s

4F

6P

SD

LEVEL

TO:

7s

5F

7P

6D

ES

6F

BP

7D

9s

4s

4P

6P

50

T O C. FROM C.

:::k%

;:%:-28 7s

T O C. FROM c.

5s -15

5.006

4.794.-26

5F

"-8

See page 2 for Explanation

8.101

6.425,-26

5 369 1:279:-27 7P

"-8

1.361

8.850,-26

5P

65

1.503"-IO 3..568"-27

2.240 1.013"-26

8S

6F

3D -12

a 279 1:442:-27

-12

6D

"-7

3.224 1.588.-

"-7

25

3.609

1.722.-25

of Tables. 11

"-7

4.540

2.035.-25

4F "-9

4.776 1.420"-26

"-9 ::%:"-;ft

BP

"-7

7.312

2.924.-25

:::::"-;: 9s

70

"-7

1.211

4.389.-25

"-6

1.382

4.099.-25

"-6

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional COLLISIONAL

Transition Probabilities from Gryziliski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K TRANSITION

TO:

4s

4P

5s

30

LEVEL

TO:

75

5F

?P

bD

4P

5P

3D

5s

5P

T O C. FROM C.

9.401>.-lb

1.463u-12

2.073,~10

2.041~10

2.307

4.203.-29

2.09?.-20

9,030~20

i.100.-27

2.69?.-27

T O C. FROM C.

1.965

7s

5F

r-7

?P

2.009

3.401.-26

r-7

4.5171-26

COLLISIONAL LEVEL

TO:

19

bF 0P 70 9s LEVEL

;:gjJ:r:8

2.504,-10 2.259,-10 5.106,-11

1.490 r-9 1.205 r-9 2.070,~10

TO:

11

2.?54,.-10

75

9.414

TRANSITION

PROBABILITIES-POTASSI

1.1?2.-25

"-9

y.$#

v-g

1.710 1.62b

z9 m-9

bP

5D

bF

0P

70

9s

4F

m-0

1.3?0.-25

r-6

1.954,~25

m-6

2.510

2.089~Q5

::

E8:3

d

7s

bP 3.i5ar-13

4F

7.271

T O C. fROr4 c.

4.014

2.bOO.e:::

See page 2 for Explanation

::%i

3.212~25

.-6

50 1.?3?.-14 ?.3?0.-12

r-a

r-4

7P

I*;;

2.005

7D

bF

3D

5P

5.367

a-5

2.135

m-4

65

Q:W2

5F

9s r-6

6.399..-15

5s

2.502.-11 1.740,-20

m-7

3.222,,-26

TE-4000K 6s

*-5 3.325

T O C. FROM C.

1.822

?D

1.667

7.930

4P

50

r-0

l.b36.-26

0.5001-14

1.624

6.602

0P

1.133

:un

m-0

l.O4lr-2b

6F

w-7

bP

3.204

?.406.-27

60

?P

4F

1.003

5P

3D

::W”

5F

b.b55,-14

FROM

m-7

1.004,~25

5s

:::::g&

0.590

65

65

w-9

as

bD

.-7

6.160.-26

4P

4s

4.904,-

4.320

Formulas

TEs3000K

PROBABILITIES-POTASSIUM

LEVEL

4s

Transition Probabilities in Plasmas

7.095 ,-7 4.641,-26

5.34 5.91

bD 1.433 0.040..-26

a

u-0 m-27

0.64

0.17

bf

m-6

1.551

0.603.-26

m-6

1.022 l.Olb..-25

7

2.555

SD

r-8

3.764 2.46?.-26

m-27 ?D

0P u-b

r-3

bP

4F

1.42?.-25

w-6

3.673

2.080.-25

~-7

9s e-6

4.040 v-b 2.314,.-25

of bibles 12

Atomic Data and Nuclear

Doto Tables, Vol. 19, No. 1, January

1977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryzi&i Binary-Encou .nter Formu das Alkali Metal Atoms, T = 1000 “K-8000 “K

COLLISIONAL LEVEL

TO:

4s

TO:

5s "-9

6.$gj

.-$

3. 405 11392 :.p;

20 m-0 m-51

7:036."iO 3.500 ;::gof 4.46 0.40 6 1.534 1.321 2.93 2.00 s LEVEL

TRANSITION

4P 3.353

Transition Probabilities in Plasmas

r-9 ;rg m-10 u-10 u-9 "-9 .-IO "-10

PROBABILITIES-POTASSIUM

TE:5000K

5P

3D

65

4F

3.259.-12 6.434.-10

3.003.-12 5.599.-10

6P

1.670 "-4 1,605 "-6 1.620 r-7 1.34 "-7 1.07 a y-7 6.042 u-9 2.679 m-0 k333

58"

fi!J

;'t

3.323

s "-9 "-9

1.754 1.667

s

3.645 044 f * 5:9+46

2.406 2.311

75

5F

7P

60

0s

6F

0P

4s

4P

5s

30

5P

65

4F

1.193.-12 3.159.-29

1.499.-10 1.507.-20

4.362 6.025.-20

7s

5F

7P

"-9

5.430 7,660.-20

"-9

2.431 1.016.-27

6D

m-0

1.047 4.060.-27

8s

"-7

1.599 6.607.-27

COLLISIONAL 4s

4P

TRANSITION 5s

PROBABILITIES-POTASSIUM

"-7

2.763 1.032.-26

TO:

75

5F

7P

65

0s

6D

T O C. FROM C.

T O C. FROM c.

6F

See

4P

5s

7.437.-12 2.016.-29

4.951.-10 1.320.-20

9.635 5.919.-20

7s

5F

7P

lge 2 for Explanation

1.107 2.239.-26

"-6

1.475 2.995.-26

3D "-9

1.170 6.634.-20

"-6 "-6 u-5

:::z

u-3 "-4

:.;pj

"-4 "-5 u-5

5P u-0

4.456

9s

"-6

2.424 5.003.-26

"-6

r-0 r-0

8P

7D 3.260.-13

l.oai 5.404

6s

~-6

1.659

1-5

u-7

2.435

0s

6F

BP

2.967 6.359.-26

"-6

1.626 1.091

9s ;.g:.-g

21298

Z8

g*ggifi 21957 J:$j$

::g "-7 :r:

r-5 u-4

3.420

"-3 6P

m-7

5.619.-27

"-6

4

4F

4.111.-27

2.591 5.460.-26

"-6

50

1.304.-12

1.556.-27

6D

"-7

6:65&O .j.$;;"-lo

3.297 7.144 1.970

1.033

4s

"-7

5.039 1.766.-25

31455"L-9

"-6 "-7 "-7

0.441 1.715.-26

"-6

4F

p;J.-$$

3.114.-12 2.796,.-10 9.225 "-9

1.790 ;.+jq

5.096 1.975.-26

7D

0.490 7.745 LEVEL

5D "-7

TE=dOOOK

5P

3D

9s

"-3

4.610 1.597.-25

TO:

"-7 "-7

::t

6P

T O C. FROM C.

LEVEL

2.757 2.444

r-6 r-5

7D

ap

6F

"-9 "-9

r-5

m-0 "-0

3.394 T O C. FROII C.

50 1.550.-13 2.610.-11 1.293 1.706

5D

4.004 r-7 0.6101-27

0.007 1.630.-26

7D 5.370 1.269.-25

0.012.:;: 3.946

"-7

9s "-6

5.035 1.401.-25

"-6

of Tables.

13

Atomic

Data

and

Nuclear

Data

Tables,

Vol.

19,

No.

1, January

1977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryzidski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K

COLLISIONAL LEVEL

TO:

LEVEL

TO:

45

TRANSITION

4P

7S

PROBABILITIES-POTASSIUM

5s

5F

3D

2.796.-11

1.180

2.547.-29

1.187.-28

7s T O C. FROM C.

::t%,:26

1 353 i:881.-26

1.717

u-6

1 770 2:505,:26

LEVEL FROM

45

TO:

45

TO:

75

1.976,-11

4s T O c. FROt4 C.

7.645,-11 7.328x.-29

T O C. FROM C.

1.239 n.-6 1.241,,-26

7s

See page 2 for Explanation

r-8

5.218,,-28

4P

-6

TRANSITION

5F

7P

2.529,-11

4P

5s

2.286 u-9 1.074,-2A

2.668 ,.-a 4.657~-28

5F 1.575 1.608.-26

65

2.030 2.134.-26

6,934

1.356,-27

4F

6P

5D

6.12;

u-3

3:t22 1.366

::I m-6

9,997

m-7

6D

8s 3.004 m-6 4.530,.-26

3.539u-27

6D

8s

5.624,-12

3.141 5.208,-28 3.162 3.567.-26

.-7

3.308

3.414

m-6

4.470

u-7

4.816*-27

6F

5.246

1.376,-26

70

8P

5.256.-26

r-7

7.336.-27

u-6

5.987

9s

r-6

6.468

7.247.-26

1.038r-25

1.144.-25

4F

6P

5D

m-6

TEt8OOOK

5P

65

6F

8P

1.062,.-11

7D

9.833,.-12

9s

2.343.-12

2.298.-12

7D 6.477 ,,-6 8,674,.-26

9s 6.974 9,545.-26

5P m-8

9.7 1.1

a-6

3.356 3.028.-26

6D ..-6

2.321

PROBABILITIES-POTASSIUM

2.895,-12

6P

6s

r-8

2 823 "-6 41216 m-26

30

7P a-6

5P

m-8

3D

5s

1.792,-11

2.048 5.841.-28

7P

COLLJSIONAL LEVEL

TEs7000K

5P

3D

u-9

5F -6

Formulas

7P

4P T O C. FROM C.

Transition Probabilities in Plasmas

9 m-8 6 9,-27 8S

6F m-6

3.790 4.433,-26

r-6

8P 4.900 6.005.-26

"-6

.-6

of Tables.

14

Afomic Dab and Nuclear Data Tables, Vol. 19, No. 1, Janwry

1977

Transition Probabilities in Plasmas

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryziriski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K TRANSITION

COLLISIONAL LEVEL

TO:

6P

6S

TE=lOOOK

PROBAEILITIES-CESIUtl 7P

7s

5D

Formulas

8S

6D

2.220"-25

2.024,-15

LEVEL FROM

TO:

3.752"-25 7.314..-17

:P 7P .5g

::m:::z 1.046 ;.p;

4F 8P

3.683 1.823

;ii 5G 9P

C. C.

T O C. FROM C.

"-9 y-9 "-7 "-7 "-4

6.05: 7.586 1.148

-6 z-6 "-6

6.056

u-4

::"1g ;.$t32

:I2 "-6 "-7 "-6 "-7

11s LEVEL

T O C. FROM C. T O C. FROM c.

3.6 6,la;4"-26 lu-18

5.743.3.d; 9.917.-27

;.073r-18 1.878.-26

0.049.-27 4.512.-19

a: :oqm

?%--:$ 1:221::10

k)92::14

9:tfkif 3.094.-11 1.184",d;

8%:::: 1.190.-11 :.448--l

hi;%:: &.:3s"-:f

1'

64,~11

6:853,-11

:* %--10 2:3fi2 ;;;

f:ij;

m 41982

;::+a

=I:

;ii

f;!%i

10s

@h$

;:i

;jfj~i;$

"-7

5.692

u-8

6.266

"-9

::i "-4 u-5

::::j 1.116 2.751

:-'6 "-5 "-5

"9:88 6.759 2.162 1.322

::t "-7 "-5 "-6

1107 "-5 "-5 "-6

2.333 6.115

:I$

S-Q : 71782 5.069 4.76;;

6.265

tee;

'$.$O:

"-6

3.553

"-6

3.353

1.600 3.162

"-7

81328

"-6 "-7

7.355 1.176

"-6

4.434 4.618

2.107 4':x

-

z--6

$:a2869;

50

7s

7P

6D

8S

1.917"-28 l.oll"-28

9.553,-21 4.945"-28

1.740.-18 9.2?9,-20

6.735"-16 2.224"-27

1.616"-13 6.170"-27

5.557"-13 8.085"-27

1.061"-11 1.671.-26

7D

9s

TO:

t : %,-;x

6S

6P

7.193,.-11

3.914,*-10

TO:

9s

7D

9P

50 2.029 9.137"-26

"-9

TRANSITION

6.335 1.459"-25

8D "-9

8.846 1.689"-25

2.476 2.728.-25

7s

7P

5G

9P

8D

10s

6S

6P

5D

7s

7P

6D

2.893"-14 3.347"-28

4.842"-13

1.280.-11

2.787.-10

5.649,.-10

7D

9s

5G

9P

8D

2.146 2.694,-26

m-8

See page 2 for Explanation

6.081 4.839"-26

u-8

7.406 5,445,-26

u-8 $:%,%i

3.999"-27

k%,%

u-8

6.071 4.311"-25

60

7.367,-18 6.951,.-29

1.472"-27

3:217 7.212

::: w-8

11s

6.181

r-5 4F

8P

.413*-11 .806.-26

1.711"-10 3.791"-26

9D "-8

7.301 4.761"-25

11s "-8

1.560 7.309"-25

"-7

TE-2000K

PROBABILITIES-CESIUM

5D

6.228"-28

5

1OP

10s "-9

"-7 "-6 "-7

.-;

6P

4'.fu;"-:~ . u-

9D

.,,y

=:; 3 "-5

-

1OP

65

COLLISIONAL LEVEL

8D

50

1.241 2.517 TO FROM

9P

9s

7D

65 6P

7.744 1.291 pa:;<

5.206"-27 10s :%k,:

8S

4F

1OP

9D

8S

4F

::%,-;:

:::k;:

1OP ;::k;:

11s

8P ::%k;:

9D ::i::,:;:

8P

11s ::%,-;;

of Tables. 15

Atomic Data and Nuclear

Doto Tables, Vol. 19, No. 1, Jmuary

1977

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryziliski Binary-Encounter Alkali Metal Atoms, T = 1000 OK-8000 “K

COLLISIONAL LEVEL

TO:

6S

LEVEL

TO:

7D

6P

2.664"-16 6.132"-29

FRON

TO:

9s

6s

c":

6P

7D

9P

8D

4F

BP

1OP

a 8D

::%":26

9P 2.962 7.014":2a7

TRANSITION

PROBABILITIES-CESIUN

5D

7s

50

9P

10s

83::46:-%67

9D

1OP "-7

1.07 1.93

f:%"-25

1.193 2.121"-25

3 rd

11s "-6

1.872 3.158"-25

"-6

TE=3000K 7P

6P

SD

7s

7P

6.395,.-15 5.521"-29

4.045,-12 2.619"-28

3.641"-11 4.835"-28

3.904"-10 1.128"-27

3.776 3.010"-27

7D

9s

5G

9P

8D

65

hG

50

0s

60

6D

8s

4F

8P

1OP

9D

11s

-

TO:

FROM T O C.

7P

56

::i:$.$

6s

LEVEL

7s

-7 :::$;:

TE=2500K

5D

6.369"-1 5.431.-Z

COLLISIONAL LEVEL

PROGASILITIES-CESIUM

Formulas

5D

6. 48"-13 2. 4 30"-28

7D T O c. FROM C.

TRANSITION

6P

6s T O c. FROM C.

Transition Probabilities in Plasmas

::8:%67

See page 2 for Explanation

32:42%:26

7

$:A$;l&

-

5.923,-26 4.693

"-7

;.;zf.

of Tables. 16

60 "-9

6.397 3.897"-27

8s "-9

::;f::"f,,

4F "-8

1OP

108 ,:i:

2.322 7.775"-27

-7

1.606"-25 1.510

2.639 8.3701-27

BP r-8

9D "-6

11:759".25 667

tj.g$; . 11s

"-6

$:'bio%t

-- -;"6

J. KUNC

TABLE

I. Collisional

TO:

65

TRANSITION

6P

PROBABILITIES-CESIUM

5D

7s

LEVEL

TO: 6s 6P

7D

9s

l.OOO"-12 2.583"-10

in Plasmas

1.447"3.608,-11

13

4.355"-13 1.063"-10

Formulas

TE=40OOK 7P

9P

BD

1.065"-13 2.544"-11

2.794"-13 6.558,-11

as

6D

"-a

FROM

Probabilities

Transition Probabilities from Gryzidski Binary-Encounter Alkali Metal Atoms. T = 1000 OK-8000 “K

COLLISIONAL LEVEL

Transition

and M. ZGORZELSKI

4F

ap

2.803"-12 8.023"-10

3.451"-13 9.242"-11

5.254 10s 1.932"-13 4.428"-11

1OP

9D

3.487"-14 7.892"-12

1.283.-13

2.946.-14

11s

1.597".10

3.609.-11

2.075"-11

6.530"-12

w

9.076 6s T O C. FROM C.

7P

3.571,.-13 4.653,.-29

6.690"-11

3.358"-10

2.176"-20

2.281

3.989"-20

7D

9.200"-28

5G

"-9

1.461

2.4ibw27

60 m-8

2.258

3.114"-27

as "-8

9P

6.600

6.130"-27

“-5 4F

m-0

7.347

6.509"-27

1OP

COLLISIONAL TO:

6s

1.310 1.063

"-8

8P 1.914

u-6

3,673 1.080"-25

1.306.-26

"-7

IIS “-6

TE=SOOOK

7s

7P

6D

as

4F

8P

1OP

9D

11s

1.521"-12

2.793"-13

1.042"-12 1.025"-10 4.502"-10 2.023 1.920 3.129

"-9 "-8 "-8

2.427"-13 2.363"-11 1.031"-10 6.385"-10 4.261

1.016

"-4

"-9 "-6

4 =: t

2.36

4.345 7.465

PROBABILITIES-CESIUti

5D

FR 9.399 4.94

TRANSITION

6P

1-4

“-8

9D 2.555 1.285,-25

LEVEL

1.005

$.g"-lo

"-9 "-9

6.656

"-5

u-9

6.779,.-10 2.092 "-9

~.~;;"-I0

2:697":1s 7.246,.-10 3:: 8 59:::: 3.400,-10 7.604,.-11 LEVEL FROM

TO: 6S

1.083 2.352

"-8 "-9

7D

9s

5G

9P

6.041,-12

1.028"-12

3.170"-12

7.956"-13

6S

6P

5D

T O C, FROM C.

4.153"-12 4.052"-29

3.349"-10 1.070"-20

1.316 3.406"-28

T O C. FROM C.

3.706 i.208,-26

7D

9s "-7

See page 2 for Explanation

7.017 2.082"-26

56

2.133"-12

7s "-9

6.778 7.774.-28

7P "-9

3.373 2.013"-27

9P

0D

"-8

4.929 2.504"-27 10s

"-7 ::!k;:

::%,:;"6

::%.:;t

of Tables. 17

as

6D

::t::.f;:

m-0

1.261 5.029"-27

4F "-7

1.306 5.398"-27

"-6

3.316 9.914"-26

1OP 3.064 9.093"-26

6.055

"-9

m-9

ap "-7

3.229 1.057"-26

u-6

4.610

"-7

11s

9D

1.438"-25

“-6

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition

Alkali COLLISIONAL LEVEL

TOI

6S

LEVEL

TO:

70

2.166"-ii 3.604,.29

6P

1.001 1.642"-26 "-9

LEVEL FROM

::%.:;i

k;%;i

TO:

6S

TO:

70

6S

6.217,,-11

T O C. FROM C.

7.282,.-11 3.252"-29

6s

T O C. FROM C.

7P

3"-20"-9

8S

::%,:;t

7s

7P

6D

SS

4F

5,970 1.719"-27 r-6

8.407 2.199~27 r-6

1.963 4.230~27 "-7

2.130 4.5441.-27 "-7

6P 2.221 1.465,%1:

10s

BD

9P

3.255~26

k;fi.:;8

TRANSITION

6P

"-6

2.59

1OP

"-6 B "-26

4.92

3.669 7.289"-26

7P

7s

56

9P

50

7s

7P

9P

8D

6D

LA~;,r;~

L285w;;

;:fAf,&

',&9&"6

of Tables. 18

3.948 7.935"-26

4F

IOP

9D

8S

4F

s:a.:;;

6,652 e.522,aj;;

11s

9D "-6

BS

60

5%': 56

8P

'&6U.;;

"-6

5.370 1.143"-25

"-6

TE-7000K

PROBABILITIES-CESIUM

5D

9s

ap

4F

1.425 6.722"-26 r-6

5G

7D

See page 2 for Explanation

6D

IOP

1.766

COLLISIONAL LEVEL

7s

Formulas

TE-6000K

PROBABILITIES-CESIUM

5D 2.9 3,SfB

9s

70 T O C. FROM C.

5D

9P

6s c. FROM T O C.

Probabilities from Gryzifiski Binary-Encounter Metal Atoms, T = 1000 “K-8000 “K

TRANSITION

6P

Transition Probabilities in Plasmas

10s 3.004 4.079"-26

4.171 6.002"-26

11s

ap

53882.:;5

lop "-6

ap

?:%.s3

11s

9D "-6

4.470 6.525"-26

"-6

5.987 9.347"-26

"-6

Transition Probabilities in Plasmas

J. KUNC and M. ZGORZELSKI

TABLE

I. Collisional

Transition Probabilities from Gryziriski Binary-Encounter Alkali Metal Atoms, T = 1000 “K-8000 “K

COLLISIONAL LEVEL FROM

TO:

65

TRANSITION

6P

PROBABILITIES-CESIUH 7s

5D

Formulas

TE=8OOOK 7P

6D

8S

41

1OP

9D

BP

6s

"-8 LEVEL

TO:

9P

7D

6S T O C. FROM C.

1.817,-10 2.96610-29

T O C. FROM C.

8.283 7.354,:;:

7D

See page 2 for Explanation

6P 4.075 1.322.-28

50 m-9

1.102 2.367,-

m-6

1 499 1:373,-26

9s ::%,.-26

7s m-0 20

3.707 5.264,-28

m-6

2 140 2:039,%

7P w-8

6D

1.248 u-7 1.318,.-27

9P

50

an k%,,:26

3.256

1.671 1.676.-27

8S u-7

10s -6

3 356

3:447,-26

3.467 3.177~27 1OP

u-6

::%,t

11s

4F u-7

3.733 3.400.-27 9D

::%,-;f

BP m-7

7.294

6.469.-27

,,-7

11s

::i::.-;i

of Tables. 19

Atomic Dot. and Nuclear Ddo Tobler, Vol. 19, No. I, Jonuory

1977

J. KUNC and M. ZGORZELSKI

TABLE

II. Collisional

Transition Probabilities from Modified Gryzilislci Binary-Encounter Cesium, T = 2000 “K, 5000 “K, and 8000 “K

COLLISIONAL LEVEL

T O C. FROM c.

T O C. FROM c.

To:

TRANSITION

6P

65

Transition Probabilities in Plasmas

TE=ZOOOK

PROBABILITIES-CESIUH

5D

7s

5G

9P

7P

6D

6S

6P

5D

75

?P

6D

1.164"-17 3.410"-20

1.139"-13 1.310"-27

1,?40.-12 2.240"-27

4.101"-11 4.?14"-27

7.705"-IO 1.117"-26

1.523 1.403"-26

70

9s

5G

9P

0D

::;g*:;:

;:::;*:;;

COLLISIONAL LEVEL

TO:

65

LEVEL

TOI

7D

6P

::;1;:.:;:

::tg,:;;

TRANSITION

PROBABILITIES-CESIUM 7s

50

9P

6S T O C. FROM C.

::;

T O C. FROM C.

4.000 1.0?6"-26

::g:.:;;

SD

7D

9s "-7

See page 2 for Explanation

1.030 3.056"-26

I.148 3.373"-26

"-6

1OP

9D

ES "-9

7.674 2.590"-26 1OP

g::g.r;:

1.002 4.005"-25

0P

11s

4F "-9

0.993 2.?65"-26

"-6

1.210 4.355"-25

8P r-9

3.614 5.165"-26

"-6

a.;$; ,

"-0

11s

9D

.-

.;$

Tf=SOOOK 6D

7P

::gf"z;p

1.704 4.905"-26

4F

4F

0s

BP

1OP

g:;

9P

50 "-6

8S

10s

7P

7s ,z;g

t 57::::

Formulas

6D

3 ;,r;$f

10s

all "-6

1.919 5.513"-26

of Tables.

20

:::l:"$

"-6

2.794 0.006"-26

1OP "-6

3.926 1.165"-25

11s

9D "-6

4.210 1.261"-25

"-6

5.700 1.775"-25

"-6

Transition Probabilities in Plasmas

J. KUNC and M. ZGORZELSKI

TABLE

II. Collisional

Transition Probabilities from Modified Gryziriski Binary-Encounter Cesium, T = 2000 “K, 5000 “K, and 8000 “K

COLLISIONAL LEVEL

TO:

65

LEVEL

TO:

70

6s T O c. FROM C.

4.658,s-10 7.604,-29

T O C. FROM C.

1.122 m-6 9.962,.-27

70

See page 2 for Explanation

TRANSITION

6P

PROBABILITIES-CESIUM

50

TE=BOOOK

7s

7P

60

BS

9P

6P 8.605 2.790"-28

50

Formulas

4F

BP

1OP

z7s

7P

6D

8S

4F

8P

m-9

9s ::%.~;~

#%,$

8:fti.:;$ 5G

1.923 1.760.-26

::!::":27

9P "-6

2 657 2:532”:;:

80 %:8,-$

of Tables.

21

-7

2 621 2:629"-27 10s ::;::.:;f

"-7

5 091 4:664"f;: 1OP ::i:;.:;:

::d:;,:;: 9D ::!::.:,g

::t::,:;: 11s ;:fjfm:;: