Organometallic Compounds: Methods of Synthesis Physical Constants and Chemical Reactions

347 Pages·1969·44.15 MB·English

by  Michael Dub (auth.), Michael Dub (eds.)

FORMULA INDEX
ORGANOMETALLIC COMPOUNDS
METHODS OF SYNTHESIS
PHYSICAL CONSTANTS AND CHEMICAL REACTIONS
Edited by
MICHAEL DUB
FORMULA INDEX
to the Second Edition of
VOLUMES I TO III
Covering the Literature from 1937 to 1964
Prepared by
MICHAEL DUB and RICHARD W. WEISS
Monsanto Company
SPRINGER SCIENCE+BUSINESS MEDIA, LLC
1969
ORGANOMETALLIC COMPOUNDS
Second Edition
Vol. I - Compounds of Transition Metals, published in
1966
Vol. II - Compounds of Germanium, Tin And Lead In
cluding Biological Activity And Commercial
Application, published in 1967
Vol. III -Compounds of Arsenic, Antimony, And Bis
muth, Second Edition, Covering the Literature
from 1937 to 1964, published in 1968
ISBN 978-3-662-23218-7 ISBN 978-3-662-25227-7 (eBook)
DOI 10.1007/978-3-662-25227-7
All rights reserved. especially that of translation into foreign languages
It is also forbidden to reproduce this book. either whole or in piltt. by photomechanical means
(photostat. microfilm and! or microcard or any other means)
without written permission from the Publishers
© Springer Science+Business Media New York 1969
Originally published by Springer-Verlag New York Inc. in 1969
Softcover reprint of the hardcover 2nd edition 1969
Library of Congress Catalog Card Number 66-28249
Title No.1 04360
INTRODUCTION
This formula index contains the compounds of all three volumes.
The molecular formulae show metal atoms first, followed by carbon, hydrogen,
and other nonmetal atoms arranged alphabetically. The monometallic and homo
polymetallic compounds are followed by hetero-bimetallic, -trimetallic, and
·polymetallic compounds. Heterometallic compounds are listed under each
metal.
To make the use of the index easier, for the most part, simplified linear
structural formulae are given after the molecular formulae. In the case of
compounds containing complicated structures, such as fused carbocyclic, hetero
cyclic, or spiro rings, index names or a combination of group symbols and
the parent compound names are used. Polymeric compounds are listed under
their monomer formulae. Arseno, antimono, and bismutho compounds appear
under their monomeric formulae. Arsenomethane and arsenobenzene, which were
isolated as a pentamer and hexamer, respectively, and also as oligomers, are
listed under their monomeric formulae and under Ass and Ase, respectively.
The reference fiven at the end of each entry includes the volume number under
scored, followed by the page number.
An asterisk following a reference page number signifies that the name or
formula of this compound in the text was corrected. The lists of corrections
and additions to the three volumes are appended to this volume.
Several compounds missed in the main body of this index are compiled in the
"Additions" section.
We wish to express our appreciation to Mrs. Mary Alice Doiron for her perse
verance shown in the preparation of this typescript.
Michael Dub
Richard W. Weiss
St. Louis, August 1969
GROUP AND LIGAND SYMBOLS
Ae acetyl C1oHr-nYn Yn-substituted naphthyl
BiPy bipyridyl CloHa naphthalene
Bu n-butyl C~OH1S0S0sH camphorsulfonie acid
Bz benzoyl C1sHs f1uorenyl
C2HN2S thiadiazolyl C14HS phenanthry1
CsH2NS thiazolyl C~aHl~ benzanthracenyl
Csli4NS thiazolinyl Et ethyl
CsHeNS tetrahydrothiazolyl Fc = CsHsFeCsli4 ferrocenyl
C4HSO furyl Fcd = Csli4FeCsli4 1,1'-ferrocenylene
C4HSS thienyl i- iso
C4li4N pyrrolyl i-Bu = Me2CHCH2 isobutyl
C4HrO te tr ahydrofury 1 i-Pr = Me2CH isopropyl
Csli4N pyridyl Me methyl
CsHs cyclopentadienyl MeCaH4 tolyl
CsHs_nYn Yn-substituted eyelo- (02N) sC a H2O picrate
pentadienyl Ph phenyl
CsMs eyelopentadiene Pip piperidine
CsHr cyelopentenyl Pr n-Propyl
CaHs-nYn Yn-substituted phenyl Py pyridine
CaMs benzene s- secondary (also symmetric in
CaHn cyelohexyl triazine)
C7li4NS benzothiazolyl s-Bu = MeEtCH secondary butyl
C7HsN2 benzimidazolyl t- tertiary
Celia eye looe tatetraene t-Bu = MesC tertiary butyl
CsHr indenyl THF te tr ahydro fu r an
C~oHr naphthyl
AgAsCU~ [PhC 5CAgAsEtsl :i, 11 AlaCoC15H1SC15 (PhaAlaCoClsoOo5CaHe)n,
AgGeC7aHeoPs PhsGeAg° 3PPhs, ~ 139 b 618
Ag4Ge4C7aHlool4P4 (EtsGePPhaoAgI)4, A12SnClsH40 [Et2Sno2AIEts], ~ 253
g, 127 A12TiCsHeCls (CaHs)A12TiIIC1s, b 32
AICrC1aHlaC14 [(ceHe)aCr]AIC14,.b 78 AlaTiC7HaCls (PhMe)AlaTiIICls, b 32
AICrClaH150s EtaAl(C5Hs)Cr(CO)s, .b A12TiCeHlaCIs (1,3,5-MesCaBs)A1a-
93 Ti lIels, b 32
AICrC1 eHleC1 4 AlaTiCasHel04 Et2Al(OBu)2TiEt(OBu)a
1, 87 AlEta, 1, 34
AICrCa4HaoBr4 [(Pha)aCr ]AIBr4, b 83 AlaTiaCasH40 [(C5Hs)aTiAIEta1:?, b 34
AIBrC24HaoC14 [(Pha)aCr ]AIC14, 1., 83 AlsMnClaH12CllS [(CsHe)aMn(A1C1s)al
Al CrSCa4H1SOe Al [(CsHs)Cr(CO)s:h, b 180
b 93 AlsTiaCleH1SCl27 (CsHe)sTi2(AIC1s)s,
AIFesCslHa7C14 [FCSC ]AIC 14, 1., 431 b 32
AIMnC7H4,C140s [( CaH4)Mn( co) s ]AIC 14, AsCBr2Fs CFsAsBr2' 2., 188
1, 180 AsCC12Fs CFsAsC12, 2., 177
AIReClaHlaC14 AsCH2Cls CICHaAsC12, 2, 188
190 AsCHaFs CFsAsHa, i, 120
AIReC1eH24C14 [(MesCsH:~)aRe ]AIC14, AsCHaFsOs CFsAsOsHa, 2., 394
1, 190 AsCHs Arsenomethane, 2., 130
AlSbCeHa4 [MesSb °A IEtsl :i, 654 AsCHsBra MeAsBr2' 2, 188
AITiC10H10C14 (CSHS)2TiClaAlCla, AsCHsC12 Me AsC la, 2., 178
1., 32 AsCHsFa Me AsF2, 2, 188
AITiClaHlsCls (C5Hs)aTiC12AIEtCl, AsCH.'312 MeAsI,2, 2, 179
.b 33 AsCH.'30 MeAsO, 2., 227
AITiC1aH1SCl [(CsHs)aTi °M eaAIC1 ], AsCHs0a -[cHaAs ( 0)( OH)~, 2., 373
1, 33 AsCHsS MeAsS, 2., 264
[(CsHs)2Ti°Me2AICl], b 33 AsCBsSa MeAsS2, 2, 550
AITiClaHleCla (CSHs)2TiClaAlMe2, AsC~CIOs CICH2AsOsH2, 2, 394
b 33 AscHs Me AsHa, 2, 120
AITiC12~Cls i-Bu(Cl)TiClaAl(i~Bu)a, AsCHs02 MeAs(OH)~_ 2., 221
1, 33 AsCHsOs Me As 3-sHa, 2., 390
A1TiC14HaoC1 [(CsHs)aTi °E taA1Cl ], AsCHsOsS MeAsO °H 2S04, 2., 228
b 33 AscHsS2 MeAs(SH)2, 2., 263
A1TiC14H2QC1a (CsHs)aTiC1aA1Eta, AscHsss MeAs(S)(SH)2, 2., 550
1., 33 AsCaBrFs (CFs)2AsBr, 2., 168
A1TiC1eH2eCla (CsH5)aTiC1aA1(i-Bu)a, AsCaCIFs (CFS)2AsCl, 2., 158
b 34 AsCaClaFs CF2=CFAsC12, 2., 188
AITiCaaH24Bra Diindenyl-TiBraAIEta, AsCaC12Fs CFsCF2AsC1a, 2, 179
1, 34 AsCaClsFs (CFs)2AsCls, 2, 371
A1TiC22H24cla Diindenyl-TiC1aA1Et2' ASC2FeI (CFs)aAsI, 2, 159
1., 34 AsC2F7 (CFS)2AsF, 2, 168
A1TiCaaHa412 Diindeny1-TiI2AIEta, CFsCF2AsF2, 2, 188
b 34 AsCaHFa (CFs)aAsH, 2., 115
Al VC1SHa4C14 [( 1,3, 5-MesCaHs)aV] ASC2HFaO (CFs)2AsOH, 2, 207
A1C 14, 1., 51 AsCaHFs02 (CFS)2As02H, 2, 373
A12As2C2SHs2 (Ph2AsAIMe2)2, 2, 298 ASC2HaCIF2 CICH==CHAsF2. 2., 188
1
AsC2HaC 10 C 1CH=CHAsO, .2, 228 AsCsHsNaOS2 MeAs(0)(SCN)2, .2, 390
ASC2HaC1s C1CH=CHAsC12, .2, 178 AsCsHsN2S2 MeAs(SCN)2, 2, 206
ASC2H2FS CFsCF2AsH,2, 2, 120 AsCs14C 10 C 1CH=CMeAsO, 2, 234
ASC2H2FSOS CFsCF2AsOsH,2, .2, 394 AsCsH4C1s CICH=CHCHaAsC12, .2, 189
AsC2HaFeN (CFs)aAsNHa, 2, 286 AsCs14FeN (CFs)aAsNHMe, 2., 286
AsC2HsBr2 cH,2=CHAsBr2, .2, 188 AsCs14NS2 NC As sc HaC HaS , .2, 583
ASC2HsBr202 HO,2CCHaAsBr2, 2, 188 AsCsHsC12 Me(C1CH=CH)AsC1, .2, 161,168
ASC2HsC1Fs Me{CFs)AsCl, 2, 168 CH2=CHCHaAsC12, 2, 189
ASC2HsC 12 CH,2=CHAsC 12, .2, 180 AsCsHsc1202 HOaCCH,2CH,2AsC12, 2, 189
ASC2~~C1202 H02CCHaAsC12, 2, 188 AsCsHsO CH,2=CHCHaAsO, .2, 234
ASC2~~F3I Me(CFs)AsI, 2., 168 AsCsHsOs CHa=C (C02H) AsOsHa, 2, 394
ASC2Hs02 (H02CCH,2As)n' 2, 136 AsCsHsS CH2=CHCHaAsS, 2, 264
ASC2HsS2 CH2=CHAsS2, 2, 550 AscsRss2 CHa=CHCH,2AsS2, 2., 550
AsC2H4CIOS C1CH=CHAsOsHa, 2, 394 AsCsHeBr Me (CH,2=CH) AsBr, 2, 168
ASC2~Cls (C1CH2)2AsC1, 2, 168 AsCsHeC1 C1CH=C (Me) AsH,2, 2, 120
C1CH~HaAsC12' .2, 189 AsCSHeC102 Me(C 1CH=CH) AS02H, 2, 378
AsC2HSBr2 EtAsBr2' .2, 189 AsCsHaC1s C 1 (CH,2)sAsC 12, 2, 189
ASC2Hsc12 EtAsC12, 2, 180 AsCsHaFs Me2AsCFs, 2, 35
ASC2HsC1202 (C1CH,2)2As02H, 2, 378 AsCsHaFsS Me2AsSCFs,.2, 258
Asc2HsF2 EtAsF2' .2, 189 Me2(CFs)AsS, 2, 364
ASC2Hs12 EtAs12' .2, 189 AsCsHaN Me2AsCN, .2, 202
ASC2HsO EtAsO,.2, 228 AsCS*rC12 PrAsC12, 2, 189
ASC2HsOs C~=CHAs03~' 2" 394 Me~HAsC 12, 2, 190
ASC2HsOs H02CCH,2AsOsH,2, 2, 394 AsCs»rC 120 MeOCHaCHaAsC l~h 2, 190
ASC2HsS EtAsS, 2, 264 AsCs»r N2S4 MeAs [SC ( S ) NH2]a, 2, 282
ASC2Hss2 EtAsS2, .2, 550 AsCsH70 PrAsO,.2, 234
AsC2HeBr Me2AsBr,.2, 159, 168 Me2CHAsO, 2, 234
AsC2HeCl Me2AsC1, .2, 160 AsCs»rOs CH2=CHCHaAsOsHa, .2, 394
AsC2HsF Me2AsF, .2, 168 AsCs»rOs HOaCCH,2CH,2AsOsH,2, 2, 394
AsC2HeFS Me2AsFs, .2, 371 MeCH( C02H) AsOsH,2, 2, 394
AsC2He 1 Me2As I, .2, 161 AsCs»rS PrAsS,.2, 264
ASC2»r Me2AsH, .2, 115 MeaCHAsS, 2, 264
ASC2»r02 EtAs(OH)2, 2, 221 ASCS»rS2 Me2CHAsS2, .2, 550
Me2As02H 2, 373* MeAsSCH2CHaS, .2, 583
ASC2H70S EtAsOsH,2, 2, 392 AsCsHeBr MeEtAsBr, 2, 168
ASC2H704 HOCH2CHaAsOsHa, 2, 394 AsCsHeClOs c1(CH,2bAsOsH,2, 2, 394
AsC2HrS2 EtAs(SH)2, 2, 263 AsCsHs MesAs, .2, 3
ASC2H10N20SP Me2As(0)OP(0) (NH2)2, AsCsHsBr2 MesAsBr2' 2., 343
2, 388 AsCsHsC12 MesAsC12, .2, 343
AsCsC12FS (CFs)sAsC12, 2, 343 AsCsHsClsP MesAsPC1s, .2, 5
AsCsFeN (CFS)2AsCN, 2, 202 AsCsHsI4 MesAs 14, 2, 343
AsCsFeNS (CFS)2AsSCN, 2., 202 AsCsHsO Me2AsOMe, 2, 209
AsC;3Fs (CF;3hAs, 2" 2 MesAsO, 2, 356
AsCSFsS (CFS)2AsSCFs,.2, 258 AsCsHs02 MeAs(OMe)2, 2, 251
AsCsFsSe (CFs) 2AsSeCFs, 2, 285 AsCsHsOs Me (HOCH2CHa)AS02H, .2, 378
AsCsFll (cFsbAsF2' 2, 343 Pr AsOsHa, 2, 392
AsCs~~Fe (CFS)2AsMe, 2, 34 Me2CHAsOsH,2, 2, 394
2
MeAsO(OMe)2, 2, 544 BuAsO, 2., 234
AsCsHe04 HOCH~~C~AsOs~, 2, 394 ASC4HsOSa MeAs"r--C-HaC-H~(-C~--HT"'l)S, 2., 583
MeOCH2C~AsOs~, 2, 395 ASC4Hs02 EtAsocHaC¥, 2., 577
AsCsHsS MesAsS, 2, 364 AsC4HeOS c~=C(Me)CHaAsos~, 2, 395
AsCsHaS2 MeAs( SMe ) 2, 2, 266 AsC4HeOs MeCHaCH( COaH) AsOs~, 2, 395
AsCsHsSe MesAsSe, 2, 367 ASC4HsS BuAsS, 2, 264
AsCsH10N04 MesAs (OH) NOS 1 2, 348 MeaCHCHaAsS, 2, 264
AsCsNs As(CN)s, 2, 3 ASC4RsS2 BuAsSa, 2, 550
AsC4H3C120 OCH=CHCH=CAsC12, 2, 181 EtASsCHaC~S, 2., 583
ASC4~C 12S SCH=CHCH=CAsC la, 2, 190 MeAss(c~)ss, 2, 618
ASC4~0 (6CH=CHCH=CAs) n' 2, 136 ASC4H10Br Et2AsBr, 2, 169
AsC4~OS 6CH=CHCH=tAsS, 2, 264 ASC4H10Cl EtaAsC1, 2., 162
AsC4l\'302 6CH=CHCH=CAsO, 2, 234 ASC4H10I EtaAsI, 2., 162
ASC4~C10s HO~CC1=C(Me)AsO, 2, 234 ASC4H10N EtAs=NEt, 2., 288
ASC4~C1s (C1CH=CH)aAsC1, 2, 161 ASC4Hll MeaAsEt, 2, 64
ASC4HsC1N Me (C 1CH=CH) AsCN, 2, 202 EtaAsH, 2, 117
ASC4HsFa (CFS)2AsEt, 2, 35 AsC4HllOa BuAs(OH)a, 2, 221
ASC4HsFaS (CFs)2AsSEt, 2, 258 EtAs(OMe)a, 2, 251
ASC4Hs04 6CH=CHCH=CAsOs~, 2, 513 EtaAsOaH, 2., 374, 378
AsC4HaBr (CHa=CH)aAsBr, 2, 162 MePrAsOaH, 2., 378
AsC4HaCl (C~=CH)aAsC1, 2, 162, 168 AsC4HllOS BuAsOs~, 2., 393
AsC4HaC10 EtC(=CHCl)AsO, 2, 234 MeaCHC~AsOs~, 2., 395
AsC4HaC1S2 CICH=cHAsSCHaC~S, 2, 583 EtAsO(OMe)a, 2, 545
AsC4HaC1s0 Me2(CC1SCO)As, 2, 64 AsC4Hll OsS EtSC~~AsOs~, 2, 395
AsC4HeFS MeaAsCF=CF2, 2, 35 AsC4Hll 04 EtOCHaC~AsOs~, 2, 395
AsC4HeFS02 Me2AsOaCCFs, 2, 212 ASC4HllS MeaAsSEt, 2., 258
AsC4HeFS Me2AsCFaCFs, 2, 35 ASC4HllSa EtaAs(S)SH, 2, 389
AsC4HaFaN (CFs)2AsNHEt, 2, 286 ASC4HlaBr [Me4As pr, 2, 312
(CFg)2AsNMea, 2, 286 ASC4HlaCl [Me4As )a, 2, 312
AsC4HeI (C~=CH)2AsI, 2, 168 ASC4H12I [Me4As ]1, 2, 312
ASC4H70S MeCH=C (C02H) AsOg~, 2, 395 ASC4HlaIs [Me4As JIs, 2., 312
H02CCH=C(Me)AsOs~, 2, 395 ASC4HlaN MeaAsNMea, 2, 286
ASC4HsC1 Me2(CICH=CH)As, 2, 64 ASC4H12NOS LMe4As }Jos, 2., 312
1-Chloroarsolane, 2, 553 ASC4H120aPSa Me2AsSP(S)(OMe)a, 2., 261
AsC4HaClOa CICH=CHAs(OMe)2, 2, 251 ASC4HlaOsP Me2AsPO(OMe)a, 2., 292
AsC4HaCls (MeCHC1)aAsC1, 2, 169 ASC4HlaPS MeaAsP(S)Mea, 2, 290
AsC4HaClsO clc~(c~bAsC12' 2, 190 ASC4H1SO [Me4As )m, 2, 312
ASC4Hs Me2(C~=CH)As, 2, 64 AsC4H1S04S [Me4As ):lSOsH, 2, 312
Arso1ane, 2, 553 ASC4H1S04S [Me4As )lSOsH, 2, 312
ASC4HsC12 Et(CIC~C~)AsC1, 2, 162 AsC4H14NaOaPS Me2As(0)OP(S) (NHMe)a,
BuAsC la, 2, 190 2., 388
MeaCHCH2AsC la, 2, 190 AsCsF1SSe (CFs)aAsSeCF~FaCFs, 2., 285
AsC4HaClaO EtOCH~~AsC1a, 2., 190 AsCs~C12N Pyridyl-AsCla isomers,
ASC4HsClsI [MesAs·CC1sI], 2., 4 2., 181, 190
AsC4HsFsI [Mes(CFs)As ]I, 2., 312 (C lCH=CH) aAsCN, 2., 202
ASC4HSI2 BuAsIa, 2., 190 AsCs~ClaNO CH=CHCONHCH=CAsC1a,
ASC4HsO MeaAsAc, 2, 35 2., 190
3
AsCs14N (CH=NCH=CHCH=CAS)n, 2.. 136 AsCsH12C1 Me2As(CH2)sC1, 2., 64
ASCs14NO 3-Pyridy1-AsO, 2, 234 EtPrAsC1, 2, 169
AsCs14N02 CH=CHCONHCH=tAsO, 2, 234 AsCsH121 EtPrAs1, 2., 169
AsCsHsC1N02 CH=CHC(C1) =NCHCAs (OH)2, Et(Me~H)As1, 2, 169
2, 221 AsCsH12NO~ Me2AsSCHaCH(NH2)C02H,
AsCsHsC1NOs Ht=NCC1=CHCH=CAsOsH2, 2., 259
2, 513 AsCsH12NS2 Me2AsSC{S)NMe2, 2., 262
AsCsHsC12N2 tH=NC(NH2)=CHCH=CAsC12, AsCsH1S Et~sMe, 2., 36
2, 190 Me2As Pr , 2., 64
AsCsHaC10s H02CCC1=C(Et)AsO, 2, 234 n-CSHllAs~, 2, 120
AsCsHaFs Me2AsCF=CFCFs, 2, 64 EtMe~As~, 2, 120
AsCsHaF7 Me2AsCF~F~Fs, 2, 35, 64 AsCsH1S02 PrAs(OMe)2, 2, 251
AsCsHaNOs 3-Pyridinearsonic acid, MeAs(OEt)2, 2, 251
2, 513 MeBuAs02H, 2., 375
AsCsHaN04 HC=CHC(O)NHCH=CAsOsH2, EtPrAs02H, 2., 378
2, 513 AsCsH1SOS Me(CH2)4AsOsH.2, 2., 395
AsCsH7C12 (C1CH=CH)2AsMe, 2, 64 Me~HC~~AsOsH2, .2., 395
AsCsH7Fa Me2AsCF2CHFCFs, 2, 64 MeEtCHCH2AsOs~, 2., 395
AsCsH-rN2 PrAs(CN)2, 2, 206 MeAsO(OEt)2, 2, 544
AsCsHaC10S2 C1CH=cHArs~S~C-HaC-=H~(~C~H-2D-H~)~S, AsCsH1SS Me2As{CH2)sSH,.2., 36
2, 583 Et~AsS, 2, 364
AsCsHaC10sSs C1CH=CH- AsCsH1SS2 MeAs(SEt)2, 2, 266
AsSCH2CH( CH2S0sH) 5, .2., 583 AsCsHlsSe Et~AsSe, 2, 367
AsCsHaC1S2 C1CH=cHAsS(CH2bS, .2., 618 AsCsH14NOS EtNH(CH2)sAsOs~,.2., 395
AsCsHeC12 CH2=CH(CH2)sAsC12, .2., 190 AsCsH1SIP [Me2AsPMes ]1, 2, 291
AsCsHsFs1 [MeS(CFSCF2)As ]I, .2., 312 AsCsH1SN2 (Me2N)2AsMe, 2, 289
AsCsHsN2S4 MeAsSC(S)NHCH~H2NHG(S)S, AsCsH1S02 [Mes(HOC~C~)As PH, .2., 312
.2., 650 AsCaC17 Pentach1oropheny1-AsC12, 2.,
AsCsHs02S2 MeAs(SCOMe)2, .2., 279 191
AsCsHs04S2 MeAs(SCH2C02H)2, 2, 266 AsCaFs (CF2=CF)sAs, 2., 6
AsCsH10Fs Et2AsCFs,.2., 36, 64 AsCaFls (CFsCF2)sAs, 2., 30
AsCsH10I 1-Iodoarsenane, 2, 589 AsCaHC1a 2,3,4, 5-C14CaHAsC12, .2., 191
AsCsH10N Et2AsCN, .2., 202 AsCaH2BrsO 2,4,6-BrsCaH2AsO, 2, 234
AsCsHll Arsenane, 2, 589 AsCaH2C1s 2,4,5-C1sCa~sC12' 2, 191
AsCsHllBr2 n-CsHll.AsBr2, 2, 190 AsCaHsC1N02S2 4,3-C1(02N)CaHsAsS2,
AsCsHllC12 n-CSHllAsC12, 2, 190 2, 550
Me~HCH~H2AsC 12, .2., 190 AsCaHsC1NOs 4,3-C1(02N)CaHsAsO, 2,
EtMeCHClIEAsC12, .2., 191 235
AsCsHllOS2 Me2AsSC(S)OEt, 2, 261 AsCaHsC12N204 2,4-(02N)~aHsAsC12'
AsCsHll02 EtAsOC~CH(Me)6, .2., 577 2., 191
CH2(CH2)4As02H, .2., 589* AsCaHsCl2D C1~aHsAsO isomers, 2, 235
AsCsHllOS CH2=CH(CH2)sAsOsH2, 2, 395 AsCaHsC1sN02 2,4-Cl(02N)CaHsAsC12,
AsCsHl104 5-Methy1-1,4,6,9-tetraoxa- 2, 191
5-arsaspiro [4.4 ]nonane, .2., 580 AsCaHsC14 C1~aHsAsC12 isomers, 2.,
AsCsHllOS PrCH(C02H)AsOs~,.2., 395 191
AsCsHUS2 EtAss(CH2)sS, .2., 618 AsCaHsN20 OCH=CHCH=CAs(CN)2, 2, 206
AsCsH12Br MeBuAsBr, 2., 169 AsCaHsN2Da 4,3,5-HO(02N)2CaH2AsO,
4