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Compound index
COMPOUND
As&I : Strcuture Type 123 A,Bs Chalcogenides of As, Sb and Bi 127 A,B, Crystals 163 ALnF,, (A=Li, Na, K, Rb, Cs) : Hydrothermal Synthesis 301 A,LnF, (A=Li, Na, K, Rb, Cs) : Hydrothermal Synthesis 301 AsLnF, (A=Li, Na, K, Rb, Cs) : Hydrothermal Synthesis 301 Al,O, : Transport Reaction 169 AlPO, 199 Li+ : complex admittance plot 248 comparative solubility data 212 crystal chemical significance 204 crystal growth 211 DTA curves 239 phase equilibria 202 Li+ : ionic conductivitv 246 morphology 223 ’ Na+ : ionic conductivity 246 polymorphic modifications 205 properties compared with quartz 200 solubility study 207 temperature coefficient of solubility 2 13 A,,, (V) B, (VI) C (VII) and A,B, : A=As, Sb, Bi ; B=S, Se, fe ; C=Cl, Br, I 113 As& : Crystal Data 128 AsiS; : Structured Types 127 AsSI 115 As,Se, : Crystal Data 128 As,Se, : Unit Cell 128 AsSeI 115 AsaTe, : Crystal Data 128 As,Te, : Monoclinic Structure Type 130 As,Te,I, 115 As,Te,I 115 As,Te,I : Structure Type 123 AsiT&, : Unit Cell 124 ATiOPO, (A=Rb, Cs, Tl, Ag, NH”+) : KTP structure 344 ATOPO, (T=Ge, Sn, Zr) : KTP Structure 344 AsZrF, (A=Na, R, Rb, Cs, NH 4+) 308 Ba (NO,) z : Growth Rate Coefficient BesAl, (SiO,) 6 72 B&S, : Crystal Data 128 BiSBr 115 Bi,SsCl, 115 BiSCl 114. 115 Bi,S,Cl, : Structure Type 127 BiSI 114, 115
INDEX
B&Se, 134 B&Se, : Crystal Data 128 BiSeBr 115 BiSeCl 115 BiSeI 115 a-B& (Se, S) s : Crystal Data 128 P-B& (Se, S) s : Crystal Data 128 Bi,Te, 134 crystal data 128 rhbmbohedral type 134 BiTeBr 115 BiTeI 115, 121 unit cell 122 Bi,Te,Se 134 crvstal data 128 B&T&e, 134 crystal data 128 Ca (NO,) a : Growth Rate Coefficient 171 CaMgBzO, 3 11 CaMnB,Os 3 11 Cd,B,Os 311 cd4 W,) 2 (OH) 2 311 cdB,o, 311 CdS : Growth of Crystals 174 Ce (HPO,) 2 9 Cu, (OH) ,CO, : Malachite 140 Cu, (MOO,) (OH) r 19 Cu, (OH) a (CO,) 2 : Azurite 140 Cu,Mo,O, 20 structure 20 Cu,Mo,O,, : Unit Cell 19 CuBr : Hydrothermal Growth Under Visual Examination 255
Dy,GeOs (OH) s 330
Er,,Ge,O,, (OH, F) 330 (Et,N) 6 [Na,,Mo,P,,Os, (OH) s,] : Unit Cell 22 (Et,N) 6 [Nat4Moa4PtrOg, (OH) 311.%O 21
171 Fe r+sFe 3+4[P04], 3 17 Fe 3+r [Fe 3+0.sFe 2+o.51 I,, PO41 14(OH)24 317 FeMo04 16 Fe r+,PO,F 3 17 Fe,P40i2 318 Fe z+2P40,2 317 [Fe 2+o.76Zno,241 3 [PO412 317 361
362
Compound index
GdsGeOs (OH) s 330 Gd,Ge,O,, (OH) 2 330 Ge (Hp0.J 2. HsO 6 a-GeO, 336
Ln,Ge,O, Ln,GeOs Ln4.67
HAS (PO,) z.H20 14 Hf (HPO,),. H,O 6 HfPrOr - Solubility 4 HgO : Transport Reaction 169 a-HgS : Growth Rates of Different Faces 185 a-HgS : Piezoelectric and Elastic Properties 188 HgS : Growth of Crystals 174 HgS : Solubility in NaHs 173 HgS : Transport Reaction 169 HSb (PO,) ,.H,O 14
KAlPO,F 345 K,CaB,Os (OH) *. 8H,O 312 K,Fe,OrF, 3 18 KFePO,F 345 K,Fe 2+2Pz0,F, 3 17 KFe 2+4[PO,] 3 317 KFe3+ PO,F 317 KGaasNb,,OPO, 345 K,GdF, ; Nd 3+ : Luminescence Spectra and Crystal Field Splitting 307 KH,MoPO, 20 K,LnF, : Nd r+ : Spectroscopic Characteristics 305 K (MoO,OH) (HPO,) 20 structure 21 K,NaAlF, 309 K,NasFe 3+,4 (PO,) t2 (OH) z 3 18 K,NasFe 2+t4Fe 3+ [PO,] I* (OH) 2 317 K,NaHt.sFe 0.6F6 309 KNO, : Growth Rate Coefficient 171 KTiOMO, (M=As) : KTP Structure 344 KTiOPO, : Potassium Titanyl Phosphate 344 K,ZrF, : Temperature Dependence of Conductivity 309
Li,B,O, 3 11 LiBO, 311 Li,B,bs (OH) r 309 LiCdBOs 3 12 LiFe 2+P,O, 3 17 LiFeP,O, 3 18 LiFe 2+PO 4 317 LiMnBO, 3 12 Li,Nd, (BO,) 3 3 12 LiNd [BO, (OH)] 3 12 LiNo,.3H,O : Growth Rate Coefficient 2Liz0.3Zn0.2B,0, 3 12 4Li,0.4Zn0.3B,O, 3 12 LiZnBO, 312 _ _ Li,Zn [PO,] 2 316 LiZnPO, 316 Li,Zn, [PO,] 4O 316 Ln,,Ge,O,,F 331 Lnr3 P-30,1 6 10, (OH, F) 2l 6 329
171
33 1 329
PQI
30 329
Ln,Ge,O, (OH) 6 33 1 Ln,GeO, (OH, F) 4 33 1 Ln,GeO, 33 1 Ln;[Ge,O,] [GeO,] (OH) r 33 1 Ln, [GeO,] 0, 329 LnGe,O,, (F, OH) 2 331 LnGe,O, 329 LnGeO, (OH) 3 331 a-MnMoOd 16 Mn, (BO,) ; 3 11 MnMoO,.H,O 17 Mo6P,02, (OH) r*5- : Structure Anion 22 Na,Al,Si,O,, (OH) ,.nH,O : Hydrocancrinate 343 Na, (Ce, Co) Zr (PO,) 3 12 NaCu(OH) MOO, 19 NaCu,Zr (PO,) 3 12 Na,[Fe 3+05Fe 2+3[P0412 (OH), 9 (0) o.1 317 Na,Fe 2+ PO,OH 3 17 N&e 2+o,5zn,,, PO, 317 NaH, (MOO) 2 (PO,) ,.0.5H,O 20 Na,HZrGe,O, 320,323 Na;HZrSi,O,” 320 (Na, K) AlSiO, : Nepheline 342 Na, (La, Al) Co (PO,) r 12 Na,(La,Al)Ti(PO,), 12 Na,(La,Al)Zr(PO,), 12 Na, (La, Co) Ti (PO,) s 12 Na, (La, Cr) Zr (PO,) 3 12 Na, (La, Fe) Zr (PO,) 3 12 Na,LaZr (PO,) 3 12 NaMn, (OH) (MOO,) 2. H,O 19 NaMn,Zr (PO,) s 12 Na, (Nd, Co) Zr (PO.,) 3 12 NaNi,Zr (PO,) 3 12 NaNO, : Growth Rate Coefficient 171 ;xH& 2 (p2004)3 1’ Na~Zn,i&$,,O, 1 3 12 NaZn (OH) MOO, 17 unit cell 18 NaZn [PO,] 316 Na,Zn [PO,] (OH) 316 NaZn, [PO, (OH) ] [PO,] 316 Na I+xZr2S1P3-& 10 Na,ZrGeO, 323 Na,ZrGe,O, 323 Na,Zr,Ge,O,, 323 Na,Zr,GeS0,,.nH20 323 NaZr, (PO,) 3 : Structure 10 Na,,Zr&,,O,, 320 Na,ZrSiO,, 322 Na,Zr,Si,O,, 322 Na,Zr2Si2.2P1,8015.H20 13 Na.Jr,Si,O,s 320 Na,ZrSi,O,, 320
Compound index
Na,Zr,SisO,,.H,O 322 NaZr, (SiO,) s : Structure 10 NbOPO, 14 structure 15 Nd,GeOs 330 NH,NO, : Growth Rate Coefficient 17 1 N&&H, : N=N+O ; Z=ZrO, ; S=SiO, ; H=H,O 322 N&&H : N=Na,O ; Z=ZrG, ; S=SiO, ; H=H,O 322 N,ZS, : N=NasO ; Z=ZrOa ; S=SiO, ; H=H,O 322 NZS : N=NaaO ; Z=ZrO, ; S=SiO, ; H=H,O 322 N&S, : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS, : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS,,,H : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS, : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 N,Z&JI : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS,,H : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322
PbBr, : Hydrothermal Growth Under Visual Examination 255 PbCl, : Hydrothermal Growth Under Visual Examination 255 Pb (HPO,) FHZO 6 PbI, : Hydrothermal Growth Under Visual Examination PbO : Transport Reaction 169 PbS : Growth of Crystals 174 PbS : Transport Reaction 169 (PPh,) r [H,O) ZNaMogP4024(OH) ,] .5H,O 20
SbNbO, : Hydrothermal Growth Under Visual Examination 255 SiO, : Polymorphic Modifications 205 Sb$, : Crystal Data 128 Sb,S, : Orthorhombic Structure Type 132 SbSBr 114,115 Sb,S,Cl, 115 structure type 125 SbSCl 115 Sb,Se, : Crystal Data 128 Sb,Se, : Unit Cell 133 SbSeBr 115 SbSeI 115
363
unit cell 118 SblSes.rs S ,.d 1 115 SbSI 114,115 structure types 117 Sb,Te, : Crystal Data 128 SbTeI 115 structure type 120 unit cell 120 Sm,GeaO, (OH) 6 330 Sn (HAsO,) r.HzO 6 Sn (HPO,) >H,O 6 Sr (NO,) 2.4H,0 : Growth Rate Coefficient 17 1 Te,O,,Cla : Hydrothermal Growth Under Visual Examination 255 Te60,,Cl, : Growth Rate on the (010) Face 285 a-TeO, : Hydrothermal Growth Under Visual Examination 255 cl-TeO, : Growth Rate on the (102) Face 285 Th (AsO,) >H,O 9 Ti (HAsO,) >HzO 6 Ti (HPO,) ,.H,O 6 TiOz : Transport Reaction 169 Y,Ge06 (OH, F) 4 330 Y&O,, (F, OH) s 330 Y,O,-ZIG, : Hydrothermal Precipitation 195 Yb,Ge,O, 330
Zn,B60,, 3 11 Zn,P,O, 3 16 Zn@Ok] (OH) 316 ZnO : Elastic Dielectric and Piezoelectric Constants 334 ZnO : Transport Reaction 169 ZnP0,.2.4H20 316 ZS : N=Na,O ; Z=ZQ ; S=Si02 ; H=H,O 322 ZnS : Growth of Crystals 174 ZnS : Transport Reaction 169 ZnSe : Growth of Crystals 174 ZnSe : Solubility in kOH 173
P-zr,(PO,)$4 12
ZrGeO, 323 Zr (HAsO,) *.HzO 6 Zr (IWO,) FH20 6 ZrMqO, (OH) ,.2H,O 15 ZrO, : Hydrothermal Precipitation ZrP,O, 1 ZrP;O;-Solubility 4
195
As&I : Strcuture Type 123 A,Bs Chalcogenides of As, Sb and Bi 127 A,B, Crystals 163 ALnF,, (A=Li, Na, K, Rb, Cs) : Hydrothermal Synthesis 301 A,LnF, (A=Li, Na, K, Rb, Cs) : Hydrothermal Synthesis 301 AsLnF, (A=Li, Na, K, Rb, Cs) : Hydrothermal Synthesis 301 Al,O, : Transport Reaction 169 AlPO, 199 Li+ : complex admittance plot 248 comparative solubility data 212 crystal chemical significance 204 crystal growth 211 DTA curves 239 phase equilibria 202 Li+ : ionic conductivitv 246 morphology 223 ’ Na+ : ionic conductivity 246 polymorphic modifications 205 properties compared with quartz 200 solubility study 207 temperature coefficient of solubility 2 13 A,,, (V) B, (VI) C (VII) and A,B, : A=As, Sb, Bi ; B=S, Se, fe ; C=Cl, Br, I 113 As& : Crystal Data 128 AsiS; : Structured Types 127 AsSI 115 As,Se, : Crystal Data 128 As,Se, : Unit Cell 128 AsSeI 115 AsaTe, : Crystal Data 128 As,Te, : Monoclinic Structure Type 130 As,Te,I, 115 As,Te,I 115 As,Te,I : Structure Type 123 AsiT&, : Unit Cell 124 ATiOPO, (A=Rb, Cs, Tl, Ag, NH”+) : KTP structure 344 ATOPO, (T=Ge, Sn, Zr) : KTP Structure 344 AsZrF, (A=Na, R, Rb, Cs, NH 4+) 308 Ba (NO,) z : Growth Rate Coefficient BesAl, (SiO,) 6 72 B&S, : Crystal Data 128 BiSBr 115 Bi,SsCl, 115 BiSCl 114. 115 Bi,S,Cl, : Structure Type 127 BiSI 114, 115
INDEX
B&Se, 134 B&Se, : Crystal Data 128 BiSeBr 115 BiSeCl 115 BiSeI 115 a-B& (Se, S) s : Crystal Data 128 P-B& (Se, S) s : Crystal Data 128 Bi,Te, 134 crystal data 128 rhbmbohedral type 134 BiTeBr 115 BiTeI 115, 121 unit cell 122 Bi,Te,Se 134 crvstal data 128 B&T&e, 134 crystal data 128 Ca (NO,) a : Growth Rate Coefficient 171 CaMgBzO, 3 11 CaMnB,Os 3 11 Cd,B,Os 311 cd4 W,) 2 (OH) 2 311 cdB,o, 311 CdS : Growth of Crystals 174 Ce (HPO,) 2 9 Cu, (OH) ,CO, : Malachite 140 Cu, (MOO,) (OH) r 19 Cu, (OH) a (CO,) 2 : Azurite 140 Cu,Mo,O, 20 structure 20 Cu,Mo,O,, : Unit Cell 19 CuBr : Hydrothermal Growth Under Visual Examination 255
Dy,GeOs (OH) s 330
Er,,Ge,O,, (OH, F) 330 (Et,N) 6 [Na,,Mo,P,,Os, (OH) s,] : Unit Cell 22 (Et,N) 6 [Nat4Moa4PtrOg, (OH) 311.%O 21
171 Fe r+sFe 3+4[P04], 3 17 Fe 3+r [Fe 3+0.sFe 2+o.51 I,, PO41 14(OH)24 317 FeMo04 16 Fe r+,PO,F 3 17 Fe,P40i2 318 Fe z+2P40,2 317 [Fe 2+o.76Zno,241 3 [PO412 317 361
362
Compound index
GdsGeOs (OH) s 330 Gd,Ge,O,, (OH) 2 330 Ge (Hp0.J 2. HsO 6 a-GeO, 336
Ln,Ge,O, Ln,GeOs Ln4.67
HAS (PO,) z.H20 14 Hf (HPO,),. H,O 6 HfPrOr - Solubility 4 HgO : Transport Reaction 169 a-HgS : Growth Rates of Different Faces 185 a-HgS : Piezoelectric and Elastic Properties 188 HgS : Growth of Crystals 174 HgS : Solubility in NaHs 173 HgS : Transport Reaction 169 HSb (PO,) ,.H,O 14
KAlPO,F 345 K,CaB,Os (OH) *. 8H,O 312 K,Fe,OrF, 3 18 KFePO,F 345 K,Fe 2+2Pz0,F, 3 17 KFe 2+4[PO,] 3 317 KFe3+ PO,F 317 KGaasNb,,OPO, 345 K,GdF, ; Nd 3+ : Luminescence Spectra and Crystal Field Splitting 307 KH,MoPO, 20 K,LnF, : Nd r+ : Spectroscopic Characteristics 305 K (MoO,OH) (HPO,) 20 structure 21 K,NaAlF, 309 K,NasFe 3+,4 (PO,) t2 (OH) z 3 18 K,NasFe 2+t4Fe 3+ [PO,] I* (OH) 2 317 K,NaHt.sFe 0.6F6 309 KNO, : Growth Rate Coefficient 171 KTiOMO, (M=As) : KTP Structure 344 KTiOPO, : Potassium Titanyl Phosphate 344 K,ZrF, : Temperature Dependence of Conductivity 309
Li,B,O, 3 11 LiBO, 311 Li,B,bs (OH) r 309 LiCdBOs 3 12 LiFe 2+P,O, 3 17 LiFeP,O, 3 18 LiFe 2+PO 4 317 LiMnBO, 3 12 Li,Nd, (BO,) 3 3 12 LiNd [BO, (OH)] 3 12 LiNo,.3H,O : Growth Rate Coefficient 2Liz0.3Zn0.2B,0, 3 12 4Li,0.4Zn0.3B,O, 3 12 LiZnBO, 312 _ _ Li,Zn [PO,] 2 316 LiZnPO, 316 Li,Zn, [PO,] 4O 316 Ln,,Ge,O,,F 331 Lnr3 P-30,1 6 10, (OH, F) 2l 6 329
171
33 1 329
PQI
30 329
Ln,Ge,O, (OH) 6 33 1 Ln,GeO, (OH, F) 4 33 1 Ln,GeO, 33 1 Ln;[Ge,O,] [GeO,] (OH) r 33 1 Ln, [GeO,] 0, 329 LnGe,O,, (F, OH) 2 331 LnGe,O, 329 LnGeO, (OH) 3 331 a-MnMoOd 16 Mn, (BO,) ; 3 11 MnMoO,.H,O 17 Mo6P,02, (OH) r*5- : Structure Anion 22 Na,Al,Si,O,, (OH) ,.nH,O : Hydrocancrinate 343 Na, (Ce, Co) Zr (PO,) 3 12 NaCu(OH) MOO, 19 NaCu,Zr (PO,) 3 12 Na,[Fe 3+05Fe 2+3[P0412 (OH), 9 (0) o.1 317 Na,Fe 2+ PO,OH 3 17 N&e 2+o,5zn,,, PO, 317 NaH, (MOO) 2 (PO,) ,.0.5H,O 20 Na,HZrGe,O, 320,323 Na;HZrSi,O,” 320 (Na, K) AlSiO, : Nepheline 342 Na, (La, Al) Co (PO,) r 12 Na,(La,Al)Ti(PO,), 12 Na,(La,Al)Zr(PO,), 12 Na, (La, Co) Ti (PO,) s 12 Na, (La, Cr) Zr (PO,) 3 12 Na, (La, Fe) Zr (PO,) 3 12 Na,LaZr (PO,) 3 12 NaMn, (OH) (MOO,) 2. H,O 19 NaMn,Zr (PO,) s 12 Na, (Nd, Co) Zr (PO.,) 3 12 NaNi,Zr (PO,) 3 12 NaNO, : Growth Rate Coefficient 171 ;xH& 2 (p2004)3 1’ Na~Zn,i&$,,O, 1 3 12 NaZn (OH) MOO, 17 unit cell 18 NaZn [PO,] 316 Na,Zn [PO,] (OH) 316 NaZn, [PO, (OH) ] [PO,] 316 Na I+xZr2S1P3-& 10 Na,ZrGeO, 323 Na,ZrGe,O, 323 Na,Zr,Ge,O,, 323 Na,Zr,GeS0,,.nH20 323 NaZr, (PO,) 3 : Structure 10 Na,,Zr&,,O,, 320 Na,ZrSiO,, 322 Na,Zr,Si,O,, 322 Na,Zr2Si2.2P1,8015.H20 13 Na.Jr,Si,O,s 320 Na,ZrSi,O,, 320
Compound index
Na,Zr,SisO,,.H,O 322 NaZr, (SiO,) s : Structure 10 NbOPO, 14 structure 15 Nd,GeOs 330 NH,NO, : Growth Rate Coefficient 17 1 N&&H, : N=N+O ; Z=ZrO, ; S=SiO, ; H=H,O 322 N&&H : N=Na,O ; Z=ZrG, ; S=SiO, ; H=H,O 322 N,ZS, : N=NasO ; Z=ZrOa ; S=SiO, ; H=H,O 322 NZS : N=NaaO ; Z=ZrO, ; S=SiO, ; H=H,O 322 N&S, : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS, : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS,,,H : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS, : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 N,Z&JI : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322 NZS,,H : N=Na,O ; Z=ZrO, ; S=SiO, ; H=H,O 322
PbBr, : Hydrothermal Growth Under Visual Examination 255 PbCl, : Hydrothermal Growth Under Visual Examination 255 Pb (HPO,) FHZO 6 PbI, : Hydrothermal Growth Under Visual Examination PbO : Transport Reaction 169 PbS : Growth of Crystals 174 PbS : Transport Reaction 169 (PPh,) r [H,O) ZNaMogP4024(OH) ,] .5H,O 20
SbNbO, : Hydrothermal Growth Under Visual Examination 255 SiO, : Polymorphic Modifications 205 Sb$, : Crystal Data 128 Sb,S, : Orthorhombic Structure Type 132 SbSBr 114,115 Sb,S,Cl, 115 structure type 125 SbSCl 115 Sb,Se, : Crystal Data 128 Sb,Se, : Unit Cell 133 SbSeBr 115 SbSeI 115
363
unit cell 118 SblSes.rs S ,.d 1 115 SbSI 114,115 structure types 117 Sb,Te, : Crystal Data 128 SbTeI 115 structure type 120 unit cell 120 Sm,GeaO, (OH) 6 330 Sn (HAsO,) r.HzO 6 Sn (HPO,) >H,O 6 Sr (NO,) 2.4H,0 : Growth Rate Coefficient 17 1 Te,O,,Cla : Hydrothermal Growth Under Visual Examination 255 Te60,,Cl, : Growth Rate on the (010) Face 285 a-TeO, : Hydrothermal Growth Under Visual Examination 255 cl-TeO, : Growth Rate on the (102) Face 285 Th (AsO,) >H,O 9 Ti (HAsO,) >HzO 6 Ti (HPO,) ,.H,O 6 TiOz : Transport Reaction 169 Y,Ge06 (OH, F) 4 330 Y&O,, (F, OH) s 330 Y,O,-ZIG, : Hydrothermal Precipitation 195 Yb,Ge,O, 330
Zn,B60,, 3 11 Zn,P,O, 3 16 Zn@Ok] (OH) 316 ZnO : Elastic Dielectric and Piezoelectric Constants 334 ZnO : Transport Reaction 169 ZnP0,.2.4H20 316 ZS : N=Na,O ; Z=ZQ ; S=Si02 ; H=H,O 322 ZnS : Growth of Crystals 174 ZnS : Transport Reaction 169 ZnSe : Growth of Crystals 174 ZnSe : Solubility in kOH 173
P-zr,(PO,)$4 12
ZrGeO, 323 Zr (HAsO,) *.HzO 6 Zr (IWO,) FH20 6 ZrMqO, (OH) ,.2H,O 15 ZrO, : Hydrothermal Precipitation ZrP,O, 1 ZrP;O;-Solubility 4
195