A 11 101 5 7 7 7 5 ^

NATL INST OF STANDARDS & TECH R.I.C.

All 101 577759Levin, Rhoda D/lonlzatlon potential andQC100 .U573 V71;1983 C.2NBS-PUB-C 1982

NSRDS-NBS 71

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pi * I

Ionization Potential and Appearance Potential Measurements,

1971-1981

Rhoda D. Levin and Sharon G. Lias

Ion Kinetics and Energetics Data Center

National Measurement Laboratory

National Bureau of Standards

Washington, DC 20234

NATIONAL BUREAUOF STANDARDS

LIBRARY

JUL 2 2 1983

Library of Congress Cataloging in Publication Data

Levin, Rhoda D.

Ionization potential and appearance potential measurements,

1971-1981.

(NSRDS-NBS ; 71)Issued October 1982

1. Ionization. I. Lias, Sharon G., 1935- II. Title. III. Series

QC100.U573 no. 71 [QD561] 602M8s 82-2095

[541 ,3722] AACR2

NSRDS-NBS 71Natl. Stand. Ref. Data Ser., Natl. Bur. Stand. (U.S.), 71, 634 pages (Oct. 1982)

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1982 by the Secretary of Commerce on Behalf of the United States Government

Supersedes NSRDS-NBS 66, Part I

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For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402

Price $12.00

(Add 25 percent for other than U.S. mailing).

In Memoriam

HENRY M. ROSENSTOCK.

Dr. Henry Meyer Rosenstock died on September 14, 1982, while this volume was in press. In

1 963 Dr. Rosenstock originated the compilation of ionization and appearance potential data at

the National Bureau of Standards. Although in 1979 he turned the project over to the present

authors in order to devote more time to other scientific interests, he remained throughout the

production of this book a wise mentor, a guide to the mysteries of both mass spectrometric

literature and data compilation, and, always, a good friend. We gratefully dedicate this workto his memory.

Foreword

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ical science, critically evaluated and compiled for convenience and readily accessible through a

variety of distribution channels. The System was established in 1963 by action of the Presidents

Office of Science and Technology and the Federal Council for Science and Technology, and

responsibility to administer it was assigned to the National Bureau of Standards.

NSRDS receives advice and planning assistance from a Review Committee of the NationalResearch Council of the National Academy of Sciences-National Academy of Engineering. A num-

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sources as a basis for recommending one or more data compilation activities. This assembly of

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tutions and other laboratories. Components of the NSRDS produce compilations of criticallyevaluated data, reviews of the state of quantitative knowledge in specialized areas, and computa-

tions of useful functions derived from standard reference data. The centers and projects also

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The technical scope of NSRDS is indicated by the categories of projects active or beingplanned: nuclear properties, atomic and molecular properties, solid state properties, thermody-

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Ernest Ambler, Director

iii

Contents

Introduction 1

Literature Coverage 1

Description of the Compilation 2

Acknowledgments 3References 3

Index of Ions 4

Table of Ion Energetics Measurements 42

Author Index 556Bibliography 575

tv

Ionization Potential and Appearance Potential Measurements, 1971-1981

Rhoda D. Levin and Sharon G. Lias

Ion Kinetics and Energetics Data Center, National Measurement Laboratory, National Bureau of Standards, Washington, DC 20234

A compilation is presented of the ionization potential and appearance potential measurements whichappeared in the refereed literature in the time period 1971-1981. The data are sorted according to the

identity of the ionic species formed in the ionization process. Precursor molecules or radicals are identified

by a structural formula and, in the case of compounds containing rings, by name according to the Chemical

Abstracts system of nomenclature. Chemical Abstracts Registry Numbers are provided where available. Acomplete bibliography and author index are provided.

Key words: appearance potential; charge transfer spectrum; electron impact ionization; ionization potential; photoelectron spectroscopy;

photoionization; spectroscopy.

Introduction

In 1969, the NBS Ion Energetics Data Center, under thedirection of Dr. Henry M. Rosenstock, published a

compilation of ionization potential and appearance potential

measurements covering the literature through mid-1967 [l]1

.

This was followed in 1977 by an update covering the

literature through 1971 [2], Both these volumes contained,

wherever possible, critical evaluations of the data in which

the ionization threshold measurements were paired with

thermochemical data on corresponding neutral species to

generate values for the heats of formation of ions in the gas

phase. The current publication, which consists of a listing of

ionization and appearance potential measurements which

appeared in the literature between 1971 and 1981 (plus a

few older measurements not included in the earlier volumes),

is the first step toward a new update.

The 1977 compilation [2] is 10 years out of date at this

writing, and the collection given here contains data from

approximately 2000 papers which have appeared in the

intervening years. The early publication of this encyclopedic

list of measurements without an accompanying evaluation

serves several purposes. Especially for that body of users

whose interest lies in the ionization potentials themselves, or

for those who require a bibliographic guide to mass

spectrometric and photoelectron spectroscopic measurements,

the present volume as it is will serve the need. For those

users whose primary interest is in evaluated heats of

formation of ions, this volume will best be used as an adjunct

to the 1977 compilation, to call attention to newer

measurements, until the appearance of an updated critical

evaluation.

1

Figures in brackets indicate literature references.

Data listed in the compilation Ion Energetics

Measurements, 1971-1973 by H. M. Rosenstock, D. Sims,

S. S. Shroyer, and W. J Webb [3] have been included as an

integral part of the present book.

This compilation is restricted to processes involving

positive ion formation. Data concerned with the energetics of

negative ions are being compiled by Dr. John Bartmess of

Indiana University, to be published separately in the Journal

of Physical and Chemical Reference Data. That publication

will list the heats of formation and, where available,

entropies of negative ions, along with the electron affinities

of corresponding neutral species and, where available, the

acidities of the corresponding conjugate acids.

Literature Coverage

The literature for the period 1971-1981 was covered

initially by an issue-by-issue search of the following journals:

Canadian Journal of Chemistry, Canadian Journal of Physics,

Chemical Communications, Chemical Physics, Chemical

Physics Letters, Chemische Berichte, Faraday Transactions

II, Helvetica Chimica Acta, High Temperature, International

Journal of Mass Spectrometry and Ion Physics, Journal of the

American Chemical Society, Journal of Chemical Physics,

Journal of Electron Spectroscopy and Related Phenomena,

Journal of Inorganic and Nuclear Chemistry, Journal of the

Optical Society of America, Journal of Organometallic

Chemistry, Journal of Physical Chemistry, Organic Mass

Spectrometry, Tetrahedron, and Tetrahedron Letters. This

search was supplemented by a systematic use of standard

abstracting services such as Chemical Abstracts and the Mass

Spectrometry Bulletin (of the Mass Spectrometry Data

Centre, The University of Nottingham, U.K.). Papers listed

1

in review articles describing relevant measurements were also

checked against the bibliography as a monitor of the

completeness of coverage. With the exception of certain

journals published in the Soviet Union to which we did not

have ready access, the literature coverage is estimated to be

better than 95% complete. Only data appearing in refereedjournals are included. The cut-off date is approximately

March 1981.

Description of the Compilation

The table of ionization and appearance potentialmeasurements follows a format similar to that used in the

earlier volumes [1,2,3]. That is, one will find data for a

particular system listed under the empirical formula for the

ion that is generated in the ionization process of interest. For

example, in order to find the ionization potential of acetone,

one finds the empirical formula of the acetone ion, c3h60+

(boldface), then identifies those measurements involving

acetone precursor molecules by looking in the first column ofthe table. For the appearance potential of a fragmentation

process of the acetone ion (e.g., CH3COCH 3*CH 3CO

+ +CH

3+ e ), one would locate the empirical formula of theproduct ion, C2H 30

+, and identify those measurements

involving acetone precursors in the first column. The neutralprecursor species are identified by a semi-structural formula,

and for compounds containing rings, the compound nameaccording to the system of nomenclature used by the

Chemical Abstracts Services. The Chemical AbstractsRegistry Number is given for all compounds, when available.For a very few papers which appeared late in 1980, it was

necessary if the data were to be included, to use the

nomenclature used by the original authors and to omit the

Registry Numbers. In some cases, comments about the

experimental observation are also given.

The column of the table, labelled Other Products,

contains an indication of the identity of neutral or negative

ion fragment species when these are known (e.g., CH3in the

fragmentation process: CH 3CQCH 3CH 3CO + +CH3 -f-e").When the process described is just the removal of anelectron, this column contains two asterisks. A word ofcaution is in order heresome techniques (particularlyphotoelectron spectroscopy) measure the energy required to

remove an electron from a molecule, but do not identify the

resulting ionic species. Certain molecular ions (e.g.,

neo-CjH^, CCl^) are formed on a dissociative potential

surface, and cannot be said to exist in the gas phase.

Therefore, it must be stated that the listing of the empirical

formula of a particular ion does not necessarily imply that

the ion exists in the gas phase.

The fourth column of the table gives the measured energy

required to form the listed ion from the neutral molecule or

radical in the second column. All values are given in electron

volts. When the original data have been reported in unitsother than electron volts, conversion to electron volts has

been made using the following conversion factors: 1 eV =8065.479 cm

-1 = 96.48456 kj moU 1 - 23.06036kcal mol"

1

. Error limits, when cited, are those given bythe original authors.

Ionization potentials given are adiabatic values unless the

designation (V) appears after the value, in which case thevertical ionization potential has been given. Photoelectron

spectroscopy papers often report only vertical ionization

potentials. Although in many cases, these probably coincidewith the adiabatic values, we have followed the policy oflabelling such ionization potentials vertical unless the

original authors specifically report the measurement of anadiabatic ionization potential. Because of the original

emphasis of this compilation effort on deriving heats of

formation of ions, it was initially assumed that the users ofthis volume would find only adiabatic values useful, andtherefore, vertical values were included only when adiabaticvalues were not given in a particular paper. This sameemphasis, as well as space considerations, has deemed thatonly the lowest ionization potential be included here, except

for monatomic, diatomic, and triatomic species, for which

transitions leading to higher electronic states are also

included. Users whose interests are in vertical ionization

potentials or excited states of polyatomic ions will find this

volume useful as a bibliographic guide to the literature of

photoelectron spectroscopy.

Where available, the ionization potentials corresponding tothe formation of doubly-charged ions have been included.

Data for ionization processes leading to ions having three or

more positive charges are not included.

The fifth column of the table gives an indication of theexperimental technique used in the measurement. The

abbreviations are as follows:

Abbreviation Technique

s Spectroscopy

PI Photoionization

PE Photoelectron SpectroscopyAUG Auger Electron SpectroscopyPEN Penning IonizationEl Electron Impact

CTS Charge Transfer SpectrumOTH Other

For detailed descriptions of these various techniques, the

reader is referred to the chapter appearing at the beginning

of the 1977 compilation [2].

The final column of the table lists the number of the

reference in the bibliography at the end of the table. Anauthor index is also provided.

The index lists the empirical formulas of the ionic species,

ordered according to an alphabetical sorting scheme. The

empirical formulas are written with the atoms given in

increasing order of atomic number, with the exception of

hydrogen which appears after carbon in carbon-containing

ions. The alphabetization is carried out on these formulas as

written. For example, the ions CHF3h

, CHCl^, CFCl^, and

CC13 1+ would be alphabetized first according to the atom

which appears immediately after the C in the empirical

formula, then according to the following atom: CC13 I+

,

CFC13

+, CHC1+, CHF3

+.

2

As in the earlier volumes [1,2,3], the actual ordering of

the ionic species in the compilation is determined by the

atom in the molecule which has the highest atomic number,

with the overall ordering following the periodic chart in

increasing order. To find an ion whose highest atomic

number atom is X, find that portion of the compilation

devoted to species having X as the highest atomic numberatom. In this portion, the sort will first list species containing

only X (X + , Xj , X3, etc.), then ions compounded of X andone other element, these other atoms appearing in increasing

order of atomic number. Within the set of ions AX+, all

ions with m equal to 1 will appear first while re advancesfrom re = 1 to the maximum value; then m will be advancedto 2, and so on. When all AX^ ions (where A has an atomicnumber lower than that of X) have been listed, AB^,X+ ions

appear (ordering of atomic numbers: A

Index of Ions

Ac +

Ag +

AgEu +

AgHo +

Agl +

Agl.7

Ag2

+

Ag.i

Ag:7Ag,U+ ....

Ag,i :rAl

+

AlAg +

AlAu +

A1Au2+

AlBr +

AlBr*

A1C1+

A1C1 +

A1C14Cs+

AlCltK +

AlCl 4Rb+

All+

A1I+

AlSi+

Al^

Al2 +

A12Au +

Al2Br+

A1,C1+

Am +

Ar+

Ar+2

ArKr +

ArXe +

Ar2+

As+

AsBr +

AsBr^

AsBr+

Asl+

AsTl +

As^

As4+

Au +

AuEu +

Au,+

Au,Eu +

B +

BAu +

BCH,Br2+

BCH,C12

+

BCH,F2

+

BCH,0 +

BCHN +

BC2HBr +

bc2hci+

BC2H (1F+

BC2H

(,1

+

BC2HNBr

2

+..

BC2HNC1

2

+...

BC2HNF2+

....

BC2H (,NI2+

BC,H KN+

BC2HN +

BC2HNF2P+

BCtH+

552 BC,H,,0+

224492 BC

(H,02

+224

527 BC,H0 + : 224

518 BC,H,,S 2+

342518 BC

:)HS+ 342

493 BC,H I2N+

167

518 BC,H||N 2+

168

493 BC4H ]2N+

167

518 BC4H l2N 2Br+

4-70

518 BC4H I2N,C1+

38i

290 BC4H I2N,F+

283

493 BC4H| 2N 2 I+

512

544 BC4H l;iN+ 168545 BC-H ?NBr

+469

475 BC-H 7NC1+

381

475 BCr>H 7N 202

+268

393 BCr>HN + 168

393 BC,H I5N2+

168

521 BC(1H,C1 2+

377

405 BCH r,F2+

278

482 BC,,H ;NF+ 283514 BC

(|H,N + 168

514 BCHl

N0 + 267

309 BCH i2N+

168

291 BCH l2NO+ 268291 BCH 14N;+ 169

545 BC(,H mN+ 169475 BCH,,02

+224

393 BCH ]7N2+

168

555 BC^H,.,!^ 168

402 BG.HlN^ 168403 BCH l:fN 2

+168

482 BCH 1(1N+

168

520 BC I0H i:)N 2+

168

403 BC I(1H I5N 2+

169

454 BC iiiH2N+

168

481 BC m H mCo+

437

481 BC I2H + 122481 BC| 2H, sSBr 478

517 BC I2H ihSC1+

400

549 BC I ,H,,JS+

342

454 BC, ,H2 |OS+

360

454 BC, (H 2I S+

342

544 BC l4H,y 122

545 BC|Hi 5Co

+437

544 BC l(.H2aN+

168

545 BC l8H+5 122

43 BC I8H 2SU+

554

544 BC2I H,-F4+

278

467 BC1+

371

377 BC12+

371

278 BC1.+ 371

224 BF+

269

167 BFC1+

389

467 BFC1 2+

389

377 BF2+ 269

278 BF2C1+

389

511 BF+ .77.77... 269

470 BO + 172381 BOAu + 544

283 BOF + 283512 B0F

2

+ 284

167 B02

+ 172

167 B02Ba + 521

323 B0,ln+ 496

122 B0 2K+ 404

4

BOjK^ 404

B02Na + 290

B02Na2+ 290

B02T1

+ 548

B02T12+ 548

B04W + 533B0 7W 2+ 534BO,W+ 534

B0 1(W4+ 534BP + 310

BSC1 + 399

B2C2H6S3+ 342

B2C2H 7NS2+ 350

B2C,H, )NOS+ 364

B2C

(HNS

2

+ 351

B2C

iHN

:)Br

2

+ 470

B2C3H9N 3C12+ 381

B2C,H ii)N2S+ 350

B2C3H nN+ 169B2C4H l2N 2Br2

+ 470

B2C

4H

i 2N

2C12

+ 381

B2C4H, 2N 2F2

+283

B,C4H 12N20+

267

B2C4H ]2N 2S

+350

B2C4H,,N 4C12+

381

B2C,H

i;)N+ 169

B2C,H 15N3+

169

B2C5H,-N302

+268

B2C5H I3N3S2

+351

B2C.-H ](,N 2SiS

+368

B2CH ]KN 2

+168

B2C,,H| HN tAs

+455

B,CHI

N

CH+ 121

BSCH I

+1

12!

B5C2H 7+

121

BsC,H, lO,Fe+ 432

B,C5H 30,Fe

+ 433

BkCoH,; 122

BCHIIS + 342

BiC2H+ 122

Ba + 521

Ba+2

521

Bal+ 522

Be + 43

BeC3H-Br+ 467

BeC5H sCl+ 377

BeCH:+ 121

BeCH+ 121

BeC7H+ 121

BeCH+ 121

BeC loH204F+ 287BeC

l(1H^, 121

BeCl(1H

l404+

224

BeCl2H+ 121

BeCl2

+371

BeF + 269

BeFCl + 389

BeF,+ 269

Bi+

551

Bi2

+551

Bi+ 551

Bi4+

551

Bk + 555

Br+

462

BrAg + 494

BrAg^ 494

BrBa + 522

BrCs+

521

Brl+

517

Brln+

496

BrRb + 483

BrRb2

+483

BrSr+

483

BrTl+

549

BrW + 539BrYb + 530

Br^ 463

Br_,Agt 494

Br,Cd+

495

Br2Nd + 526

Br2Pb + 551

Br2Sn + 503

Br2Tm

+530

Br,W + 539

Br2Yb + 530

Br,Ag+ 494

Br,ln+ 497

Br3Sb+ 506

Br ,Tm+

530

Br,W + 539

Br,W2

+ 539

Br4Hf+

531

Br,W + 539

Br,W2

+ 539

Br4Zr+ 484

Br,W + 539

Br7W

2

+ 539

Br(,W

2

+540

Br,,Re+ 542

5

c +

c +2

CBr +

CBr+

CBr+

CC1+

CC1 2+

CCl2Br

2

+...

CC1+

CDN +

CDO +

CD.+

CD,0 +

CD+CD,N02

+..

CD(0 +

CD40+

CF +

CFBr+

CFC1 +

CFC12

+

CFC1+

CFP +

CFSC1+....

CFt

CF,Br2

+....

CF2C1+

CF2ClBr+

,

CF2C12+

CF2PC1+ ..

cf2s+

CF+

CF,Br + ...

CF,C1 +

CF,I+

CF:tIHg + .

CF(PC1

2

+.

CF+

CH +

CHBr + ....CHBr.f

CHBr^ ....

CHC12+

....

CHC1+ ....

CHD +

CHDO + ..CHD_+

CHD20 + .

CHDfCHD,0 + .

CHF+

CHFC1+ ..

CHF+CHF

2C1+

.

CHF+CHI

2

+

CHI+

CHN +

CHNF^ ...CHNO + ..CHNS + ...CHO +

CHOF + ...CHOMn +

CH02

+.....

CHP +

CHS +

CH2

+

CH2Br+

...

CH 2Br2+

...

CH2C1

+372

CH2CI2

+375

CH2D + 46

CH2DSi + 293

CH 2D2Si+

293

CH2F + 274

CH2FC1+

391

CH,FtAs + 456

CH 2F,P+

321

CH2F4S

+366

CH2 I+

509

CH2I2

+511

CH2N

+125

CH2NF + 281

CH2NF

2

+282

CH2NO + 226

CH2NS + 343

CH2N 2

+146

CH 2N 4+

164

CH20

+174

CH_,OAs + 455

CH 2OS+

352

CH20

2

+204

CH2PC1+ 397CH,PS + 368

CH2S + 329

CH 2S2+ 337

CH+ 45CHjAlBrf 476

CH,A1I2

+ 514

CH,Br+ 464

CH(C1

+ 372

CH,Cl,Ge + 453

CH,Cl,Ge + 453

CH,Cl,Ti + 407

CH,D + 46CH,DO + 175CH,DSi + 293

CH,D2Si

+ 294

CH,F2P + 321

CH,F2Si+ 308

CH,F,Si + 308

CH(Ga + 447

CHjI + 509

CH,N + 126

CH!NBr+ 469

CH:1NC12

+ 381

CH,NF4P2+ 323

CH,NO + 226CH,NOGe + 451

CH,NOSi + 306

CH,N02

+ 246

CH(NS + 343

CH(NSGe + 453

CH,NSiS + 368

CH,N2+ 146

CHtN.+ 162

CH,0 + 175

CH,OAs + 455

CHjOPCl/ 397

CH(0PSC1

2

+ 402

CH1OS + 352

CH jO^ 204CH

:j02FS

+ 367

CH;)02F,P

+ 324

CHt02PBr2

+ 477

CH,02PC1^ 398

CH,02SC1+ 401

CHtPCl

2

+ 396

CH:

,PCl2Se+ 462

44

44

463

463

464

371

371

479

371

125

174

45

174

46

246

175

175

269

474

389

390

390

321

401

270

473

389

479

390

399

365

271

473

390

514

548

398

271

44

464466

467

375

376

45

174

46

175

46

175

274

392

276

391

277

511

511

125

282

226

343

174

284

422

204

310

328

44

464

466

6

CH:(PSBr2

+ 479

CH,PSC12+

402

CH1S+

329

CH,Si+

293

CH4+ 46

CH4N+

126

CH 4NBr+

468

CH 4NC1+

378

CH4N2+

146

CH4N 20+

240

CH4N 2S+

346

CH40+

175

CH 4OAs+

455

CH4OP+

317

CH.,OS+

352

CH 402+

175

CH 40 2P+

317

CH 40,P+

318

CH4S+

329

CH4S^ 337CH 4Si

+293

CH4SiCl2+ 395

CH-N + 126

CH,NO + 227CH-0,P + 318

CH-,P+

310

CHsSi+ 293

CHN2

+146

CH,,OSi+ 305

CHSi + 294

CHSiS + 367

CHNSi2

+304

CLa + 522

CN + 124CNEu + 527CNF + 279CNFP + 322CNF

2P + 322

CNF2PS

+370

CNGa + 448CNK + 404CNK

2

+404

CNOBr + 472CNOBr+ 472CN0C1 + 385CNOClBr+ 479

CNOCl2Br + 479

CNOCtf 385CNOFC1 + 393CNOF

2CI+

393

CNOF2P + 324

CNOF+ 287CNOI + 513CN0

2

+226

CNO:tF

1Hg + 547

CNPr + 525CN

2F

2

+280

CN:

,FtHg + 547

CN4+

125

CO + 173CO +2 173COBr.+ 470COCI + 382

C0C1_+ 382

COCo + 438COCr + 410COF+ 284COF

2

+284

COF1SiPCl

iCo + 441

COF+ 284COF6SiP2Cl :)Co

+44i

COF 12P4Fe+

434COFe + 430COMn + 422COMo + 486CONi + 443COS + 352COSe + 460COSiCl,Co + 44i

COW + 534CO,K

2

+404

CP+ 310CPC1 5

+396

CP2

+310

CRh + 49iCRhCe + 524CRuCe + 524CS + 327CSC1

2

+ 399

CSCr + 418

CSFe + 434

CSFe2+ 434

CSMn + 425CSMnI + 516

CSMo + 489

CSSe + 461

CSW + 538CS2

+ 328

CSe + 458

CSe2+ 458

CSiCe + 524

CSiP + 325

CSi2

+ 293

CTh + 552

CU + 554

C2+ 44

C2A1

+ 291

C2A12+ 291

C2Ce+ 523

C2C1+ 371

C2D + 46

C2D2+ 47

C2D3+ 48

C2D :jO+ 178

C2D4+ 49

C2D40

+ 179

C2Eu+ 527

C2FC1 2+ 390

C2F2+ 270

C2F2C1+ 390

C2F2C12+ 390

C2F+ 271

C2FjBr+ 473

C2F:jCl+ 390

C2F:)C1+ 391

C2F,S 2C1+ 401

C2F4+ 272

C2F4Br2

+ 474

C2F4C12

+ 390

C2F4 I2

+ 514

C2F4S2+ 365

C2F+ 272

C2F5C1+ 390

C2F5 I+ 514

C2F,+ 272

C2F(,PC1+ 398

C2F,,S2Hg+ 547

C2Fe+

429

7

c2h+

C,HBr +

C2HCI +

C2HC1+

C2HD+

C2HD2+

C2HD +

C2HD :lO+

....

C,HF +

C2HFC1+

C2HF2+

c,hf2ci+

...

c2hf+C2HF,C12

+...

C2HFP+

c2hi+

C2H0C1+

....

C,H0C1 + ....

c2ho,f+ ....

C,H02Mn + .

C2H 2+

C2H 2Br^C

2H 2C1

+

C,H 2C12+

C2H

2C14

+

C2H 2Co^"c

2h 2d 2

+

c2h 2d+C2H 2D fO

+...

c2h

2f +

C2H 2FBr+

...

C2H 2FC1+

...

c2h 2f2+

C2H2F2Br^ ..C2H 2F,I

+...

c2h,i 2+

c2h,n +

C2H2NBr+

..

C,H2NC1 + ...

c2h,nf+

...

C2H2N0C1+C2H 2N 2Se

+

C2H 2N :iBr+

C2H2N3C1+

.

c2h,n4

+

c2h 2o+

C2H

20C1,+

..

c2h

2o 2+

c,h2o4+

c 2h2s+

c2h 2s 3+

CH2Se

+....W

C2H,Br+

....

C,H;iCl

+

C2H,C13+

C,H3D+

C2H 3DO+

...

c,h 3d 2+

c,h 3d2o+

..

C2H,D3+

c2h,d3o+

..

c2h3f+

c2h 3f2

+

C2H :jF,C1+

.

C2H3F+C2H 3Ga

+...,

c 2h3 i+

c2h3n+

C2H 3NF

+...

C2H 3NO+

227

C2H :)NO :f 261C2H ;iNS

+343

C2H 3N+ 162C2H3N (0

+245

C2H,0+

176

C.,H 3OBr+

470

C2H,0C1+

382

C2H,OF+

284

C2H3OF+ 286C2H 30PC1.+ 398C2H ,0 2

+204

C2H ,02Br+

471

C2H ,02C1+ 384

C2H 30,r 513

C2H,P+

311

C2H,S+

329

C2H4+

48

C2H 4Br

+ 464

C2H 4Br^ 466

C2H4C1

+ 372

C2H4ClBr+ 479

C 2H4C12+ 375

C2H 4DO+ 179

C2H 4F

+ 274

C2H 4FBr

+ 474

C2H4F2+ 276

C2H 4Ga

+ 448

C2H 4I2

+ 511

C2H 4N

+ 126

C2H 4NO+ 227

C2H 4NS+ 343

C2H 4N 2

+ 146

C2H4N202+ 254

C2H 4N4+ 164

C2H 40

+ 178

C2H 4OAs

+ 455

C2H 4OPCl :t 398

C2H 4OS

+ 352

C2H 402

+ 205

C,H40,S+ 357

C2H40+ 219C2H 40,S

+ 359

C2H 40,t 222C2H4PC1+ 397C2H4PSC1;+ 402C.,H4S

+ 329

C 2H4S :t 339C2H4Si

+ 294

C2H+ 49

C2H sBr+ 464

C2H 3C1

+ 372

C2H 5F+ 274

C2H 3 I

+ 509

C2H 3N+ 126

C2H 5NO+ 227

C2H5N0 2

+ 246

C 2H3NS+ 343

C2H sO+ 179

C2H 5OAs+ 455

C2H 3OBr+ 470

C2H 30C1+ 383

C2H 3OF

+ 284

C2H 301+ 512

C2H sOPSC12+

- 402

C2H sOSiCtf 395

C2H502+ 205

C2H 30 2As+ 455

C2H s02PC1 2

+ 398

C2H.P+ 311

46

464

372

377

47

48

49

179

274

391

276

391

277

392

322

509

382

385

286

422

47

466

372

375

377

437

48

49

179

274

474

391

276

475

514

511

126

468

378

281

389

460

469

380

164

175

384

204

222

329

339

459

47

464

372

377

48

178

49

179

49

180

274

276

391

277

447

509

126

281

s

CtfsPCi; 396

C2H-S+ 330

C_,H-SC1+ 399

C2H-Se

+ 459

C2HAlBr+ 476

C2HAICI

+ 393

C2HAH+ 514

C2H,,Cd

+ 495

C2H,,ClGe+ 453

C2HClSn+ 503

C2H,,Cl

2Ge + 453

C2HCl,Sn+ 503

C2HFP+ 321

C2HFSi+ 308

C2HF

2Ge + 452

C2H

(,F2Si

+ 308

C2HF

;iSiAs

+ 456

C2HGa+ 448

C2HHg + 546

C2HN + 126

C2HNBr+ 468

C2HNC1+ 378

C2HNF

2f 282

C,H6NF,P+ 322

C2HNF,Si+ 309

C2H r,NF4P" 323

C2H f)NOPCl2+ 398

T2H6NPC1^ 397C2H6NPSC12

+ 402

C2HNSiCI+ 395

C2HN20+ 240

C2HN 20 2+ 254

C2H6N2P2F+ 323C2HN2S.+ 350

C2H0+ 179

C2HOAs+ 455

C2H0PC1 + 397

C2H f,OPS+ 369

C2H(,OPS2+ 369

C2H,OS + 352

C2H,,02+ 205

C2H (,02As+ 455

C2H f,0 2P+ 318

C2H f,0 2PS+ 369

C2H,0

2PS

2

+ 369

C2H

(,0 2S+

357

C2H0

:iP + 318

C2H

(,O

tPS + 369

C2HO

tS+ 359

C2HPCr 396C2HPClSe^ 462

C2HPSBr+ 479

C,HPSC!+ 402

C2H

(,S+ 330

C2H

(,S2+

x 337

C2H (,Se+ 459

C2HSi+ 294

C,HSiCl+ 394

C2HSiCl2+ 395

C2H,,SiCl,As+ 457

C,H(,SiPCl+ 399

C2H (,Si2+ 299

C2HTe+ 506

C2H,,Zn+ 446

C2H

7As + 454

C2H 7NO

+ 227

C,H:NOS + 360

C2H 70C1+

C2H 7OP+

C2H 7OPS 2+

C,H 702As+

c2h 7o 2ps+

c2h 7o,p+

c2h 7p+

C,H:PS +

C2H

7Si

+

C.,HGe +

C2H kN2+

c2hn2o,p+

c2HN

2s +

C,HSi +

C,HNSi +

C2H ioN,OP+

C2La+

C2Lu +

C2NOF

(Hg +

c2nof+C2N.^

c,n2+

C2N 2 F,rC2N 2K+c2n 2o

+

C,N,0 4Fe+

C2N

2S+

C2N 2S?

C20C12+

C20C1+

c.oci;

c2of+C

2OFe +

C2OSCr +

C2OSMo+

C2OSW+

C20,Br7

C202C12+

C,0,Co +

C20>Cr +

c202f2+

C20,FSiP,Cl !Co+

C20,F,,P,Fe+

C20 2Fe+

C20 2Mn

+

C20 2Mo+

C20 2Ni+

C20,SiCl,Co+

c2o 2w +C2P

+

C,Rh +

C2RhCe+

C2RuCe+

C,S,C14+

C2S2Fe 2+

C2S,Mn2+

c2s4+

C2Sc+

C2Si+

C2Th +

C2Ti

+

C2U +

c2y+

C.,Zr+

C;f

qa:C;,D0

+

C,F +

C:,F2

+

ctF.r

383

317

369

455

369

318

311

369

294

449

146

320

346

294

303

319

522

531

547

287

125

124

280

404

226

433

343

343

382

382

382

284

430

418

489

538

470

382

438

411

284

441

434

430

422

486

443

441

534

310

491

524

524

399

434

425

328

405

293

552

406

554

483

483

44

53

181

270

270

271

9

C,F,Br+

C,F,C1+

C:,F,1+

C,F4+

c,F,r

c,F,s:r

C;tFP +

C,H +

C,HDr+

C,HD+

C,HF +

C:lHF2

+

C.HF+

C,HN +

C,HNF+

C,HO +

C,H0F4C1+

..

C:1HO,Mn + ..

C,HS +

c:

,h2+

C:tH2D+

C,H,F +

C.II.F

c,h2n +

C:iH 2NCl

+....

C,H2NO +

C:(H 2N

2+

C:tH2N+

C:lH 2N20 2S

+

C,H2N20f ....C,H,0 +

C,H,OCo,f ...

G.iH2OF,Br

+

C,H2OF+

C,H2OF+

C,H,02S

+...

C(H 20+

c:)h2s+

C..H+

C,H ,Br +

C,H ,C1 +

CtH,Co +

C:lH,D+

C,H,F+

C,H ,Fe +

CtH,I

+

C:iH

:

,N+

C,H ,N0 + ....

C,H,NS + ....

C,H.(NS2

+....

C,H,N 2+

C:(H

;)N+

C;,H:lNi

+

C,H,0 +

C:)H,OF+ ....

C:1H

;1OF+ ....

C.H ,02Ff ...

C(H

iRu + ....

C,HtW +

ca:c

(h4d2

+

c,h 4d+

C,H 4D iO+

...

C;tH 4F

+

C;,H 4N 2+

C:)H4N 20

+...

c(h 4n 2o 2

+...

c,h 4n 2s 2+

...

C1H 4N 4Br

+.

C.i!,N,

c,h7ns +

C,H;0 +

CiH

7OBr +

C(H 70C1

+

C3H 7OF+

c(h

7oi +

C:iH :0 !P

+

c,h7s+

C,H7Se

+

c,H8+

C:)H HHg

+

CtHN +

CtH 8N 2

+

CtHN

20 +

CjH8N202+

C;,H8N2S+

C,H8N 2S2+

CtH 80

+

C;tH 8OS

+

c)ho4p

+

C,H8S+

c:)H8s2

+

CtHSi

+

C,H,,A1+

C,H,,As+

CtHBrPb +

C,H,,BrSn+

CjH,,ClGe+

CiHClPb +

C,HClSn +

C,H,,FSi+

CtH,,Ga

+

C,H,|Ge+

C:tH,,N

+

CtH,

)NO +

C:jHN

:jF l2PftCr

+.

C;jHN

:tF l2P (1Mo

+

C:tHN

:)F l2PW

+.

C;iH,jN

:tSi+

C:)H,

JOAs +

C8H,,OP+

CtH,,OSi

+

c,h,;o2ps2

+

C;1H903As

+

C,H,,OtP +

CjH,

J0,PCr+

C,H,,0,PS+

C:,H90 ;,PSe

+

C,H0)PW +

C)H,

)04P

+

CtHP +

C:)H,,PS

+

C,H,(Pb +

C,H,;Sb

+

C:)H gSi

+

C:)H,

JSiBr

+

C,H,,SiCl+

C,H,SiMn +

C,H,,Sn+

CiH,NP +

C:iH l0N2

+

C:iH

l(lSi

+

C1H

l

Sn+

C,Hl2N

tOP +

C,H|(1Ge +

C,La+

C,NBr +

C:tNCI +

C;)NF +

C:)NI + 512

C:iN04Co

+439

C;.N20

+226

CfN.iF.r 280C

10F,C1+ 393

CtOF+ 284

C,0FSC1+

393C.OF+ 284C

;)02+

174

C 40 2Fe+

430C,0 2SCr

+418

C,02SMo+

489C

:,0 2SW + 538

C.|0:iCr+ 4ii

C,OtF,SiPCI2Co

+44i

CiO,F

iSiPCl,Co + 441

C(O

tFf,P2Fe

+434

CAFPtCr + 418

QAFe + 430C.

1O

iFe

+2430

C;)0,Mn + 422

CAMo + 486C,0,Ni + 443CASiCl

;tCo + 441

C,0,W + 534

QX 328c

iTh + - 552

C,U + 554C4Br^ 463C4C12

+371

C4D4+

54QD4S + 33iC4D

C,H ,NOS +

C4H,N0 2S+

...

C4H ;,N0 2Se+

..

C4H,N0,f

C4H;,N 2F+

C,H,N2OBr + ..

C,H:iN

20C1 + ..

C,HtN,OF + ...

C4H ,OBr+

C4H ,OClHg+

..

C4H,04CoGe+

C4H (O^iCo^

.

c4h,s+

C4H ,SBr+

C4H ,SC1+

C4H,SCIHg+

..

C4H,SI+

C4H ,TeI4

c4h;

C4H4F+c4h 4n

+

C4H 4N02Br+

..

C4H4N02C1+

..

c4h 4n+c4h4n 2o

+

c4h4n2o2+

....

c4h4n20.+c,h 4o

+

c4h 4os+

c4h 4o,+

C4H40.rc4h 404

+

G^FI^jOhMo^ ...

c4h 4s+ ....~

C4H 4SSe+

C4H 4STe+

C4H 4S 2+

C4H4S+C,H 4Se

+

C4H ,Te+

c4h+C,H-N +

C4H-,N0.+

C4H-NS+

c4h.ns2+

c4h :,n;C4H-N,,0

+

C4H-0 +

C4H,0,F+

C.,H ,OiCI

+

C,H+

C4HCo_+

C4HF2Si+

C4HFP_+

C4H,Ga+

C4HN+

C4HNFP+

....

C4HN0Se+

...

c4h (,n+c4h (,no

+

c 4hn 2o 2+

CjH, N,S +

c4hn2s2+

C4H,,N,Br+

....

C4H,,N ,C1+

c4hn.+

c4ho+

C,H0+

c4ho2s+

c4ho;

361 C4H04+

222363 C4HS

+331

461 C4HS.+ 340261 C4HSiCl2

+395

281 C4H 7+

.' 55472 C4H 7Br

+465

386 C4H 7Ge+

449287 C4H 7N

+129

470 C4H 7NO+

228547 C4H 7NO+ 247454 C4H 7NO+ 261440 C4H 7NS2

+349

331 C4H 7N ;jO+

245477 C4H 7N,S

+348

399 C 4H 70+

182

547 C4H 70 1P+

318515 C,H

704PC1 2+

398519 C4H 7Si

+295

54 C4H ;Sn+

497277 C4H

+55

129 C4HBr+ 466473 C4HFBr

+474

387 C4HsN+

129

147 C4H rN0+

228

240 C4HN0C1+ 385255 C4HN0 2Se

+461

263 C4HN2+ 148181 C4HN20 2

+255

353 C4HbN 2S+

346

206 C4HhN4+ 164

220 C4H bO+

L82

222 C4Hb0PC1+

397

487 C4H bOS+ 353

331 C4H0_+ 206

461 C4H b0 2S+ 358

507 C4Hb04

+ 222

337 C4H bS+

331

340 C4HbS2+ 337

459 C4HBS4Sn+ 502

506 C4HBSe+ 459

54 C4H8Si+ 295

129 C4HTe+

506

247 C4H+ 56344 C4HAs

+ 454

349 C4HBr+

465

162 C4HC1+ 373

245 C4HF2P+ 321

182 C4HI+ 510

286 C4HN+ 129

384 C4HN0+ 228

54 C4HN0S+ 361

437 C4HN0Si+ 306

308 C4HN0^ 247322 C4HNS

+ 344

448 C4HNS 2+ 349

129 C4HNSiS+ 368

323 C4HN 2OF2P+ 324

461 C4H0+ 183

148 C4HOSiMn+ 424

241 C 4H0 2As+ 456

255 C4H0 2PC1 2+ 398

346 C4H0 ;iP+ 318

350 C4H04PCr+ 416

469 C4H04PW + 536380 C4HPC17 , 396

164 C4HS+ 331

182 C4H,,Si+ 295

206 C4HSiCl+ 394

357 C4H+ 56220 C4H 10Cd

+ 495

12

C.lH|

llF2Si

+ 308

C4H 1( ,Hg+ 546

C4H ioN+ 129

C4H,NF2P+ 323

C4H,NSe+ 459

C4H,N2+ 148

C4H 1(iN20+

241

C4H,N 2OS+ 362

C4H 1()N,S2+ 350

C4H I0N4+ 164

C4H,0+ 183

C4H l(JOS+ 353

C4H l(102+ 207

C4H ii,0 2As+ 456

C4H,02PSC1+ 402

C4H,02S+ 358

C4H,02SiC17 395

C4H M10+ 220C4H M10,PC1

+ 397

C4H,S+

331

C4H,S2+ 337

C4H l( ,S2Sn+ 502

C4H l(lSi+ 295

C4H l(lZn+

446

C4H,,As+ 454

C4H,,N+ 130

C4H,,NO+ 228

C4H,,N02+ 247

C4H n02As+ 456

C4H,,02PS2+ 370

C4H mO ;,P+ 318

C4H,,P+ 311

C4H MSiCr 394C4H l2Al2Br2

+ 476

C4H I2A12C12+ 393

C4H I2A12 I2+ 514

C4H I2As^ 455C4H, 2Ge

+ 449

C4H i2NP+

315

C4H I2N+ 148C4H I2N2FP

+ 322

C4H ]2N 2F :1P+ 323

C4H 12N20PC1+ 398

C4H l2N 2OS+ 362

C4H I2N,PC1+ 397

C4H I2N 2PSC1+ 402

C4H l2N2SiCl2+ 395

C4H i2N4+

164

C4H 12N+ 167C4H l2ORe

+541

C4H 12PAu+

545

C4H 12P2+

314

C4H, 2Pb+

550

C4H l2SGe+

452

C4H l2SPb+

551

C4H, 2SSn+

501

C4H 12Si+

295

C4H 12SiS+

367

C4H ]2Sn+

497

C4H lfNSi+

303

C4H ltN20 :iP+

320

C,Hl4N30P

+319

C4I+ 509C4La

+522

C4Lu+

531

C4NF; 280C4N2

+125

C4N 2F4+

280

C40,ci2+

382

C403SCr+

419

C40,SMo+

489C40 4SW

+538

C40 4Cl 2Rh 2+

492C404Cr

+ 4HC404F,PFe

+434

C40,F,,P2Cr+

418

C404Fe+

430C404FeBr2

+480

C404FeI,+

516C404Mn

+422

C404Mo+

486

C404Ni+

443

C404W + 534C4SBr4

+ 477

C4SI 4+

515

C4S+ 328

C4Th+ 553

C4Ti+ 406

C4U+ 554

C-F + 270

C 5F2+

270

CSF+ 271

C5F4 272

C5Fs+ 272

C5F 15P5+

321

C5HN+ 162C.HOF^ 287C sH05Mn

+ 423

C5HO,Re+

541

C5H 2+

57

CsH,N,SCl + 401

CsH202F+ 286C5H 2O tCo2

+ 438

C5H :)+

57

C5H3Br+ 465C SH,C1

+ 373

C5H,D4+ 60

C,H:tl+ 510

C5H (NC1 2+ 381

CsH,NO + 228

C5H tNO sCr+ 414

C5H 4NO :,W+ 535

C3H 4NS+ 344

CsH :,NS+ 350C

sH

;jN

2OF+ 288

CsH3N30+

245

C5H ;(OS+

353

C5H

;)02+

207

C5H 305GeRe+

542

C5H 305MnGe+

454

C5H305PCr+

416

C5H,0 3SiMn+

424

C5H305SiRe+

541

CsH4+

57

C3H4D3+

60

C5H 4N+

130

CsH4NBr+

468

CsH4NC1+

378

C5H4NOBr+

472

C5H4NOCl+

385

C5H4N 2+

149

C5H4N 202+

255

C5H4N 20+ 263C5H4N4

+164

C5H4N 40+

246

CsH4N 402+

260

C5H4N403

+265

C5H40+

183

C5H4OS+

353

C5H40Se+

460

13

C,H4OTe+

C,H 40 2+

c5h 4o2s+

C,H402Se+

...

C5H402Te+

...

CsH,0 +

CsH 4S2+

qh 4s.+C,H+

C,H,As+

C5H-Bi+

CsH,,Co+

.......

C5H 5Cr+

C5H5F2P+

C5HsF,Si+

....

C,H5Fe+

CsHsGe+

CsHsIn+

CsH sLa+

C5H sMg+

C-H-Mn +

C5H5MnI+

CSHSN+

CsH sNO+

C sH sNOCr+

.

C5H5NONi+

.

C5HsN02+

CsHsNS+

C-H.NSCr + ..

C sH r)N,OBr+

CsH5N 2OC1+

C5H sN 2OF+

.

C5H5N5+

CsH,N sO+

....

C5H5Nd+

C sH riNi+

C5H5OClHg+

C-,H,02 F.r ....

c5h5p+

C5H5Pr+

CsH-,Ru+

C5H5SC1+

C5H5SClHg+

C,H5Sb+

C5H5Si+

CsH5SiCl3+

....

C5H 5T1+

C5H,W+

c5h6+

C5H6C12+

CsH f,D+

c5h6n+

C-1HN 2

+

C5H f,N 20+

....

c,hn 20 2+

....

c5h6n 2o3+

....

c5h60+

C5H6OCo2+

...

C5H6OS+

CsH60Se+

....

c,h0 2+

C5H fl02S+

CsHo;

C,HS+

C5H6SSe+

....

C,HSTe + ....

C,HS 2+

C,H(,Se

+

C,Hf>Si

+

C,HTe +

W 58C5H7N

+130

C,H7NOS + 361

C,H7N0

2

+247

CsH 7NO+ : 261CsH 7NS2

+349

C,H7N+ 162

C5H7N :10+

246

C5H+

60

Cr,HBr_^ 466

C,HClBr + 479

C sHHFBr+

474

Cr,HGe+

449

CsH kN+

130

CsH bNO

+229

CsHN0 2Br+

473

CsHN0 2C1+

387

CSHN,+ '149

C5HrN20+

241

C,HN2S+

346

C,HaO+

184

C sHOS+

354

C,H802+

207

C5H80+ 220

C5HSC12+

400

C5H8S4+

341

C5HRSi+

295

C5H+ 61C

sHBr + 465

C sHFSi+

308

CsHr 510C5H.,N

+130

C7lH,NO + 229

C-H,,NOSe + 461

CsHNO+ 247C3HNO+ 261C5HNS

+344

CsHNS2+

349

CsH,,N

iO + 246

CsH.,N :1S+

348

CsH0 + 184

C sH,,OBr+ 470

C.H02+ 207

C5Hy02F9SiP tMn+ 425

C5H0 2SiMn+ 424

C5H,,0-PCr+ 416

C5H05PW+ 536

C-H,)SiBr + 476

CflHSiCl + 394

C.HSiI+ 514

C,H+ 61

C5H l(,Br2+ 467

Cr,H|Ge+ 449

C-,HIIIN + 130

C,H lnNBr+ 468

C5H I(1NC1+ 378

Cr,H,N2+ 149

C5H,N 20+ 241

CsH,N 2S+ 346

Cr,H,N4+ 165

CsH,0+ 184

CsH 1(10 2+ 208

C5H 1iiS+ 332

CsH luSi+ 295

CSH+ 62

CsH n As+ 454

Cr>H M Br

+ 465

C5H,,I+ 510

C 7H,,N+ 131

C5H mNO+ 229

507

207

358

461

507

220

337

340

57

454

552

437

409

321

308

429

449

496

522

290

421

516

130

228

413

443

247

344

418

472

387

287

167

246

525

442

547

286

311

524

490

399

548

505

295

395

548

532

58

375

60

130

149

241

255

263

183

438

353

460

207

358

220

331

462

508

338

459

295

507

14

C,H,,N02+ 247

C-,H iiN02S+ 363

C5H l]N02Se+ 461

C,H||NS+

: 344

C-1H ii N :!OF2P+ 324

C5H mO+ 185

C5H m O,P+ 319

C-,H+2 62

C5H 12Hg+ 546

:iH 12N

+ 131

C,H i2N 2+ 149

C5H i2N20+ 241

CsH I2N 2OFP+ 324

C,H I2N 2S+ 346

C,H, 20+ 185

C5H l2OGe+ 451

C-H, 2OS+ 354

CsH l2OSi+ 305

C5H l202Si+ 306

C,H I2S+ 332

Cr,Hl2S^ 338

C,H l2S 2Sn+ 502

C,H 12S 4+ 341

Cr,H, 2Si+ 295

CsH, 2Sn+ 498

C,H I1N+

131

C5H ltNBr2+ 469

Cr.H, ,NO + 229

Cr,H l:)NO_+ 248

C-H,tN 2OP

+ 319

C5H I4N2+ 150

C5H l4Si+ 296

C,H l4Sn+ 498

C,Hl5NSi + 303

Cr>H

l

-PS2Sn + 502

CSHP+ 315CsH,Ja

+ 532

Cr,H lN 1OP+ 320

C-NC17 378

C-NF-7 280

C-NOC17 385

C,N+ 125

C-OFCo_7 440

C,04SCr+ 419

Cr,04SMo+ 489

C,04SW+ 538

C-0-BrRe + 542

C-0-ClMn + 428

C,0-,ClRe+ 542

C:)OsCr

+ 411

C-0-F,PCr+ 418

C505F,PMo+ 489

Cr>Or,FjPW + 538

C.O-Fe+ 430

CsO,IRe+ 542

CsO,MnBr+ 480

C56 sMnI+ 516

CsO,Mo+

* 486

CsO-PBr,Mo+ 490

C-0-PCl(Cr + 420

CAPCl1Mo + 489

C,OsPCl tW + 538CAPCrBrf 480C505SiCl )Mn

+ 428

C5OsW+ 534CsS+ 328

CC14+ 371

Cf,Cl+ 371

CD+ 69

CD i20 2+ 210

Cf>F

;,Br

:t 474

Q,F:iCl+ 391

CF4+ 272

Cf,F4Br_+ 474

CF7 272

C(lF-Br

+ 473

CF-C1+ 390

CF-,I+ 514

CF+ 273

CflF

(,N

2

+ 280

CF,+2

273

CflF 12P2

+ 321

CF,-Pf 321

CHC17 377

C(,HFC1+ 392

CHF)C12

+ 392

CHF4Br+ 475

CHF,C1+

392

CHF7 278

C,,HOF-+ 286

CHS 2Br+ 478

CH7 62

C,,H2C12

+ 375

CH2C14

+ 377

C(1H

2FC1+ 392

CH 2F2Br2+ 475

CH,F2C17 392

CH,F,Br + 475

CH,FtCI

+ 391

C,,H,F+ 278

CH,NF7 283

C(,H,OF

l

f 286

CH20,CI^ 385

C,,H2O

tCI,Fe

+: 436

CH2Q4Co2+ 438

CH,0,FeBr7 480

CH2S2Br/ 478

CH(Br+ 467

CH,Clf 377

CH ,D_7 64

CH,FBr_+ 475

CH:tFCl2

+ 392

CHlF

2Br

+ 475

CH,F2C1

+ 391

CH,F+ 277

CH,Ge + 449

CH1N04MnBr

+ 480

CH,N+ 162

C,,H ,N jO,| 267

CH,N7 167

CHtOF

:

+ 286

C,,H,OF,S + 367

C,,H ,OF,Se+ 461

CH,02Fr 286

CHAMn + 423C,,H ,0-Re

+ 541

C,,H ,S2Br + 478

ch,s2 i+ 515

C(,H,Si

+ 296

Q.H+ 62

CH,Br + 465

CH 4BrI+ 517

CH4Brf 467

C(,H 4C1

+ 373

CH4C12+

376

CHA+ 65CH 4F

+ 275

C,,H 4FBr+ 474

CH 4FC1+

391

CH,F2

+ 277

15

CH,I2

+

c,h4nf+CH,N0C1 +

CH 4NOF+C,,H 4N0 2

+

CH 4NO,Br+

...

CH,N0 2C1+

...

CH,N0 2F+

....

CH(NO,I +

CH ,N.+

CH,N20 +

C(,H4N 204+

CH,N20^

CHlN

2S+

CH.,N2Se

+

QH.N.CrCH,N

4CP

CH,0 +

C,,H ,OBr+

CHpBr7QHjOCrC

(,H40C12

+

CHpF +

CH .OF.+

CH4OI 2+

C(1H,0_7

CH,0+

CH 40 ;)S+

CH,04Fe+

CH,S +

CH,S2

+

CH,S2Se_+

CHtS4+ ..'

CH4Se +

CH,Se4+

C,,H+

CH,As +

CH-Bi +

CH-Br+

CH-C1 +

CH,C1 +

CH-ClCr +

CH SF+

C,,H-I+

CH-N +

CHr,NBr2

+

C(,H-NC1.+

c.h-nf;

CH,NO +

CH-NOSCr + ...

CH,NOSMn + ..

CH 5NOSMnI+

CH-N02

+

CH.NO,Cr + ....

C(,H5NO+

CH-NO+

Q,HSN+CH,N

;)F

:iP

:r ....

CftH,N,OS+

C6H5N ;)04C

(,H sO

+

C(,HsOBr

+

CH 4OCl+

CH,OF +

CH-OI +

CH-OMn +

QHr.OPCl/

ch4ow +

cHA+

CH s0 2PC1 2+

511 CH-PCI2

+...

282 CH-PSCI,+ .

385 C,,H-SFe + ...

288 CH.SFe,+ ...

248 C,,H-SMn + ..

473 C,H,SMnI + .

388 C, H SNln,' .

288 C, H-Sb +

513 CH-SiSCl2

+.

150 cH,r

241 C.H+ 2

266 CHCr +

267 c,hd4+

346 CHN +

460 C,HNBr + ...

380 C(,H, NC1+

...

261 C, H, NF + ....185 C,HNI +

470 C, H, NO + ....472 C,,H

(1NOCl +

383 CHN 2+

384 C f,HN,0+

...

284 Cf,H,,N 202+

...

285 chn 4+

513 CH0 +

208 CHOS + ....

220 CHOSe+

...

359 CH (,OTe+

...

432 c(,ho 2+

332 CH f,0 2Co2+

.

338 ch6o2s+

...

462 CH0,S,+ ...

341 CH0,Se+

.

459 CH0,Te+

.

459 CH, 0+

63 CH0,FP+

454 CH04+

552 CH(,0PCr

+

465 CH0PW +

373 CHS+

372 C(,HS

:r

420 C,,H, W7275 CH 7

+

510 H-Mn+

....

381 CH-MnI+

...

282 CH ;N+

229 C, H-NCr+

...

419 C,H.NF,|....

427 CH 7NO+

....

516 CH-NO+

....

248 CH ;NONi+

414 CH-NOS+

..

226 C,,H-NO,+

....

261 CH-NS+

....

162 CH 7N 2+

323 CH 7N 20C1+

363 CH :N^

266 c,.h 7p+

185 CH+

470 chd2+

383 Cf,HGe+

285 C|,HN+

513 CHN 2+

422 CHN,0+

...

398 c(,hn 2o 2+

...

534 CH hO+

208 C,,HOS+

....

398 C,,HOSe+

...

397

402

434

435

425

516

426

505

402

64

65

409

68

131

468

378

281

512

229

389

150

241

255

165

185

354

460

507

209

438

358

360

461

507

220

324

222

417

537

332

340

533

65

68

456

421

516

131

410

283

226

230

443

361

248

344

150

387

167

311

65

68

449

132

150

242

256

186

354

460

16

C(,HaO+ 209

C,H 804+ 223

Q,HfiS+ 332

CHBSSe+ 462

QHftS2+ 338

CHBS4+ 341

CHSi+ 296

C,H,+ 66

CHD + 68

CH,,Ga+ 448

C,HN + 132

CH,,NOS+ 361

CHNS 2+ 349

C(,HN+ 162

CH,)N

jO + 246

C,,H,,0SiP

2Mn + 425

C,,H,J0,SiMn + 424

CH0,,PCr+ 417

CH,A,PW + 537

C()H,,P

+311

CHm 66

CH H ,Br2+ 467

C(,H mClBr

+ 479

C,,H|FBr+ 474

CHI(IN0C1 + 385

CHI(jN

2

+151

CH|,,N 20+

242

C,,HiN20 2+

256

C6H 10N20; 263C,H mN2S

+346

C,Hl(lNi

+442

CHl(lO + 186

Cf,H,o02

+209

Q,H,0+ 220

Cf,H loO^ 223CH

l

Pd+

492

C6H,Pt+

543

Q|HI(IS + 332

Q,HI(iS 2+

338

C(,H

I(,S4+

342

CH + 69

C(lH

]lBr

+465

CH,,C1+

373

QHI + 511QH,,N + 132QH n NO + 230C

(,H n NOS

+361

C,H mN02+

248

C6H nNO; 262CH h N 2C1

+379

CH nO+

187

C,.H nOS+

354C,H n02

+209

C(,H,,0

2P + 318

QH + 69C,,H)2F4Si4

+309

C,,H,,Ge+

449CH

i2NO+

230CH

l2NOBr+

472

Q,H 12N 2+

151

CH l2N 20 2+

256C

(,H

I2N

2S+

347

CH,,N4

+165

CHl20" 187

CHi 2OS + 354

CH,A+ 210CH

l204+

223

C,H12S

+332

CflH

l2S; 340

Q,HI2S4+

342

CH ]2S4Sn+

502

CH l2Si+ 296

CH l2Si 4Cl4+

395

C,,H 69

CH lt I+

511

CH mN+ 133

CH ltNO+ 230

C(,H

i;)N02

+ 248

C(,H

l(NO

;tSi

+ 307

C(1H|

iO,P + 319

Q,H|(P + 311

CH 4 70

Cf,H| 4Cd+ 495

CH l4Ge+

450

C(,H l4Hg

+546

Q,H I4N 2+

151

C6H, 4N20+ 242

C,H l40+

187

CH uOS+

354

CH u0 2+

210

CH I40 (PC1+

397

CH 14S+

332

CH ]4S 2+

338

CH, 4Si+

296

C,,Hl4Sn

+498

Cf,H

l5FSi + 308

CH |:,N+

133

CflH

l:iNBr

2

+469

C,,H,-NO + 230

Cf,H l3NO+ 262C,,H,-NS

2Sn+

502

Cf,H lsN+ 162C,,H

l

-0,P + 319

C,,Hl

-0,PCr* 416

C,,11,-0,PS + 369

Cf,H,AS>Cl+

395

CftH,AP+ 319

C(,H,-P+

311

C,H 13PS2+

369

C,,H,-Si+

296

C0H , -SiCl+

394

ch.n; 152

CH,NtP + 316

C(1H

i(,N4

+165

C(1H

l(,Si

+296

CH,Si4+ 302

CH,Sn + 498

CHl;NSi + , 303

C(lH| 8GeSn

+503

CH 1BGe 2+ 450

C(,H,NSiP

+ 325

CH IKN 2Si2+ 304

C,1H

iN,F2P

+ 323

CHibN,OP + 320

CH,N,P + 316

C,,H, hN ,PCr+ 416

CH IHN.,PFe+ 433

C6H,N,PMo+ 488

C6H,N :lPS+ 369

CH 18OSi2+ 306

CH,PAu + 545

C,,H IBP 2Cl 2 Pt+

544

C(,H,P2 I,Pt

+ 544

CH,Pb2

+ 550

CH,Re + 540

C,,H l8SGe 2+

453

C6H,SPb 2+

551

Q,H mSSn 2+

502

C,,H IBSiGe+

452

CH IBSiSn+

501

17

C,H IKSi2+ 299

CHl

Si,S+ 368

CH,Sn.+ 500

CH ihW + 532C6H l9NSi2

+ 304

C(,N2

+ 125

C(1N+ 125

C02C14+ 382

Cf,02F4

+ 284

C02F

(,Co

2

+ 440

CO sCrSe+ 462

C0,FtMn + 423

C(,0-SCr

+419

C(,0-,SMo

+ 489

CO sSW+

538

C0(,Cr

+ 411

C,,0Mo + 486

C0S 2Fe2+ 435

C0W + 534

Cf,S2Br4

+477

C7F+ 273

C:H04Flr

+543

C 7H04FRh+

491

C 7H 2OsCo_+ 439C

7H,F+ 278

C7H (N0 2S+

363

C;H )NO+ 262C7H,N04Fe

+ 433

C7H ,NO r,Cr

+ 414

C 7H ,OF+ 286C

7H ,0,,Fe + 432

C 7H 4F,Br+ 475

C7H4F,C1+ 391

C7H

tF4+ 278

C7H,N+ 133

C 7H 4NF+ 281

C7H 4N1+ 512

C7H,NO + 230

C7H,N0C1 + 385

C7H.,N0

2

+ 248

C7H4N0J 262

C7H 4N 20 2+ 256

C7H4N 20.+ 263C7H 4OBr

+ 471

C7H,0C1 + 383

C7H 4OF

+ 285

C7H 4O tFe

+ 431

C7H 40,PMn

+ 424

C 7H 404F,Rh+ 491

C7HO sFe

+ 432

C7H,0SCr + 419

C7H 4S 2Mn

+ 426

C7H 4S 2Mn 2+ 426

C7H 4Sf 340

C7H5D2+ 72

C7H5F+ 277C7H 5N

+ 133

C7H-,NO+ 231

C7H sNOS

+ 361

C7H 5NOS,Mn

+ 428

C7H5NOS 2Mn2+ 428

C;H.,NO,S + 363

C7H,N02SCr+ 419

C;H sNO,Cr

+ 414

C 7H 7N04+ 265

C7H 5N05Cr

+ 414

C7H 7)NS+ 344

C7H

7lNS

2

+ 349

C7H 7N,C1

+ 379

C7H5N 20+ 263

C7H5N20 ;,C1+

388C

7H sN A: 267

C;H,0 + 187C;H,0C1 + 383C

7H5OClCr+ 420

C 7H sOSFe+

435C

7Hr

)OSMn + 426

C7HA+ 210

C7H50 2Br

+47i

C7H502ClFe+

436C

7Hs02F

+285

C7H

r)0 2F,PMn

+425

C7H-0

2FeBr1

480C

7H-0

2Fel+

516C 7H 70 2Mn

+422

C7H-0

2PCl,Mn + 428

C7H 50 2PMnBr^ 480

C;HsO ;W + 534C

7H

5S2Fe

2

+435

C7Hr,S

2Mn + 426

C7H.,S2Mn + 426

C7H,r 70

C7HC1+

373

C?HC1+ 376

C7HF + 275

C:HNO + 231

C 7HN0C1+

386

C7HNOF + 287

C7HN0

2

+248

C7HN+ 152

C7HN20+ 264C

7HN

20 5+

267

C7H0 + 188

C7HOCr+

411

C7H0

2

+210

C7HOf 220

C7HO

tCo

2

+ 438

C7H,,0,Fe

+431

C7H,,O sClMnSn+ 503

C7H0 (,SCr+

419

C7H0

7PCr + 417

C7H,APW + 537

C 7HS2+

338

C 7HSi+

296

C7H

7Br + 465

C7H

7C1

+373

C7H

7ClHg + 547

C-H;F + 275

C7H

7FSiBr + 476

C 7H 7FSiCl+

396

C7H

7I+

511

C7H

7NO + 231

C7H

7NOCr + 413

C7H

7NOS + 361

C7H

7NOSMn + 427

C7H

7NOSMnI + 516

C 7H 7N02+ 249

C7H 7N02FSi+ 309

C7H

7NO,S + 363

C7H

7NO+ 262

C7H

7NO sW + 535

C7H

7N

2FS + 366

C7H

7N,0 + 242

C7H

7N

2OBr + 473

C7H

7N

20C1+ 387

C7H 7N 2OF+ 287

C7H 7N 2OI+ 513

C7H 7N 2S+ 347

C7H

7N.,SBr

+ 478

18

c 7h 7n 2sci+

C 7H 7N2SI+

C7H 7N :(OoS+

c7h 7o+

C7H 7OBr+

C7H 70C1+

C :H :OF+

c7h 7oi+

C 7H 7OMn+

c7h :o2+

c7h

7o4

+

C :H :0,Ir+

C7H 704Rh+

C7H 7SBr+

C 7H 7SMnT

C 7H 7SMnI+

c:H+

C:H

+ -

C7HKCr+

C ;HFSi+

C :HN+

C7HN 2+

c7hn 2o+

C :HN,OS+

c7hn

2o2+

c 7hn 2s+

c7ho+

C7HOCr+

C7H 8OS

+

C7HOS2+

c7ho2

+

C7H0

2PMn+

C 7H0 2S+

c7h8s+

C 7HS ;+

C 7H KSiCl+

C:HTe +

C;H+

C7HBr +

C7HN +

C?HNO +

C 7HNOS+

C7H,jNOSe+

C7H,,NOTe +

C 7HNO.+

C7HNS+

C7HNSe+

c7hn :)s+

C-HN+

C 7 H,,04CoSn"

C7H,,04F,SiPMn

+

C7H,,04PFe

+

C7H,,04SiMn

+

C7H0 7PCr+

C7H,70 7PW+

C;H,,Si

+

C7H+C7H i(1FSi

+

C7H,N +

C 7H,NO+

C7H,N0

2

+

C;H,N2+

c7h,n 2o

+

c7h,n 2o2+

c 7H,o+ .'

c 7h I(Ios+

C: H| (lOSe+

C7H,0

2

+

c7H,s

+

C 7H l0SSe+

462

C7H I(iS+ 338C7H I0S+ 340C 7H+ 74C 7 H,,N

+135

C7H,,NO + 231

C7H,,N02+

249

C 7 H,,N,0+

246

C7H m OC1

+384

C7H,,0

2Br

+471

C7H,,P + 311

C7H,

+2 74

C ;H i2NBr+

468

C7H

I2NC1+

379

C 7H i2NI+

512

C7H i2N02

+249

C:H12N; 152

C7H i2N 20+

242

C7H 12N20.+ 256

C7H,,0+

191

C 7H i20^ 211C

7H

l204+

223

C7H i2S

+333

C 7H i2S4+

342

C7H+ 74

C7H,,N + 135

C ;H, ,NO+

232

C;H, ,OS + 355

C7H i:102+

211

C7H+ 74C

7H 14N2

+153

C7H l4N20

+242

C7H

l40+

191

C7H uOS

+355

C7H l402

+211

C7H+ 75C7H I5N

+135

C;H, sNO

+232

C7H,.NO,Si+

307

C7H l502P

+318

C7H,-04PCr

+416

C7H, 504PW

+536

C7H,-P+

311

C7H l(,Hg+

546

C 7H,N2+

153

C7H

i

N 3OF2P+

324

C 7H,N4+

165

C7H,S2Sn

+502

C7H,Sn+

498

C7H i7NO

+232

C7H l7OPS+

369

C7H l8Ge

4450

C7H mNP+

315

C 7H 1hN 2+

153

C7H,N2Si

+303

C7H,N

:)OPCr + 418

C7H IHN,OPFe

+433

C.H^N.OPMo 4 488

C?H,Pb + 550

C7H lltSn+

498

C 7H,NSi+

303

C7H,02Si^ 306C 7H,.,SiAs

+ 456

CvH 1 ,,SiP+

325

C7H 2llSi2+

299

C;H 2l P2ClPt

+543

C7H 2 ,P 2 IPt

+544

C7NF+ 280

C70

;jF6Co2

+440

400

515

364

189

471

383

285

513

422

210

223

543

491

478

425

516

72

73

409

308

134

152

242

362

256

347

189

411

355

360

210

424

358

333

340

394

507

73

465

134

231

361

461

507

249

345

460

348

167

503

425

433

424

417

537

296

73

308

135

231

249

152

242

256

190

355

460

211

333

19

C70F,Re + 541

Q.F+ 273

C8F2P4+ 321

C8HO,F,+7

287

CH.+ 75

CH2N

2 F,+ 283

CH20,,Co

2

+ 439

ChH,F7 278

C8H,NF4+ 282

CKH ,NO-SCr+ 419

C8H jNO,,Cr+ 415

C8H 4Ge+ 450

CH,NO + 232

C8H 4N 2+ 153

C8H 4N 2F2+ 282

C8H.,N 20-Cr+ 415

C8H 40+

191

C8H 402+

211

C8H 402S+ 358

C8H 40 2S+ 360C8H40+ 221C8H 4S+ 340C8H4S :tBr.+ 478C8H 4Si

+ 296

C8H-Br+ 466

C8H-C1+ 374

CSH-I+

511

C8H-N0 2+

249

C8H 8N 2F+

281

C8H.N 20C1+

387

C8H,N :)0+ 265CBH s0 2ClCr

+ 420

CaH 50 2SMn+

427

CrH 50 :)+

221

C8H,0,Mn+ 422

C8H-O tRe+

541

C8H50.,W+ 534QH+ 75C8HC12

+376

C8HD !0+

192

C8HN+

135

C8H6NOF+ 288CH,,NSBr+ 478

CnH flNSCl+ 400

C8HN 2+

154

C8H (,N,0+

242

C8HN 20 2+

256

C8HN 20 2S+ 364

C8HN204C1+ 389C8HN 2S 2

+ 350

CsH (,0+

191

C8H0 2Br2+ 472

C8H f,02Cl2+ 385

C8H02Cr+

411

C8H0 2F2+ 285

CRH0 2Hg+ 547

C8H602 12+ 513

C8H04+ 223

C8H0 4Co.^ 439

C8H 7lO-Fe+ 432

C8H,,0-SCr+ 419

CHfjO

f>Cr

+ 413

C8H80,,Fe+ 432

C8Hf,S+ 333

C8HS2+ 338

C8HS 2Hg+ 547

C8H6S+ 341CsH f,Se

+ 459

C8H f,Te+ 507

C8H 7C1+ 374

C8H 7D2N02+

250

C8H 7N+

135

C8H 7NO+

232

C8H 7NOBr+

472

C8H 7NOBr2+

473

C8H 7N0C1+

386

C8H 7N0C1 2+

388

CH7NOF2+

288

CH7NOS + 361

C8H 7N02+

250

C8H 7NO,Cr+

414C8H 7NO,S

+363

C8H 7NO+ 262C8H 7N04

+265

C8H 7NS+

345

C8H 7NS 2+

349

C8H 70+

191

C8H 7OBr+

*471

C8H 70C1+

384

C8H 7OSMn+

426C8H 70+ 212C8H 70 2Br

+471

C8H 70 2C1+

384

C8H 70 2F+

285

C8H 70 2 1+

513

C8H 70 2Mn+

422

C8H 8+

75

C8H8C12+

376

C8H8La+

522

C8H8NFS+

366

C8H8NO+

232

CH8N0Br+

472

CH8N0C1+

386

CH8N0F+

287

C8H kNOI+

513

C8H8N0 2+

250

C8HN0 2C1+

388

ChHNS+

345

CKH 8NSBr+

478

C8HkNSC1+

400

C8H 8NSI+

515

C8H8N2+

154

C8H8N,02Ci; 388C8H8N20.+ 264CaH8N 2S

+347

CH8Nd+

525

C8H8Ni+ 442

C8H 80+

191

C8H 8OCr+

411

C8H h0^ 212CKH80,Cr

+411

C8H802Fe+

431

C8H 80+ 221C8H 80,Fe

+ 431

C8H 8Pr+ 524

C8HRu+ 490

CbH8S+ 333

CbH8S2+ 338

C8H bW+ 533CH+ 76

C8H 9CI+ 374

C8HN+ 136

C8HNO+ 233

C8HNOS+ 361

C8H9N02+ 250

CbHN0 2S+ 363

C8HN05Cr+ 414

CsHNO-W+ 535

C8HNS+ 345

C8HN 20+ 243

20

CHN,0C1+ 387

CHNS + 347

CH.,N.,SC1+ 400

CH,,0+

: 192

CHOBr + 471

CH0C1+ 384

CH.,OF+ 285

CHO MnSn + 503

C8H,,0-PCr+ 416

CHO PMo + 488

CH,,0-PW+ 536

CH0,SiMn + 424

GH,,0-SnRe+ 542

C8H08PCr+ 417

CH0PMo + 488

CH0PW + 537

CH+ 77

CHl(1Cr

+ 409

CH|,,FSi+ 308

CH|(lFSiBr + 476

CH,FSiCl+ 396

CHI(IN + 136

CHI(1NC1 + 379

CH,NO,FSi+ 309

CH hiN 2C12+ 381

CH lnN_,0+ 243

CH imN,OS+ 362

CHII1N

20+ 256

C8H I(1N 2S+ 347

C8H I(IN,S.+ 350

CHl(lN

lF-,P+ 323

Q,h iona+ 261CH,0

+ 192

C8H,OFSi+ 309

CHI

0S + 355

CHH,OSe+ 460

CH,0: 212

CH,0,,PW + 537

CH mS+ 333

CH lnSSe+ 462

CH,S2

+ 338

CH l0Se.+ 459

W, 78CH,,As + 454

C(,H n FSi

+ 308

CHH M F tSi2+ 309

CkH m F (,AS"

+ 456

C8H M N+ 136

CH nNO+ 233

C8H n NOS+ 362

C8H mNS/ 349CH,,OSi + 305

CH m0 2F+ 286CH, ,0,SMn + 427

CrH,,P+ 311

CHH,,SGe+ 452

CH,,SPb + 551

CH M SSn+ 501

CKH n Si+ 296

CH n SiS+ 367

CH, ,SiSCl+ 402

CHllSi,Cl+ 395

C8H,+2 78

CH I2N+ 137

C8H l2NO+ 233

C8H 12N02+

: 250

C8H 12N 2+ 154

C8H,,N 20+ 243

C8H l2N 20 2S4Fe+ 436

C8H I2N 4+ 165

C8H i20+

193

C8H ]2OS+

^ 355

C8H i202+

212

C8H l208CrMo+

489

CH1 208Cr2

+413

C8H 120Mo2+

487

ChH I2S+

334

C8H i2S 2+ 339CH

l2Si

+297

CH+ 79C8H,,N

+137

C8H,,N0+

233

CH| ,NOGe + 451

CH ltNOSi+

307

CkH , ,NOSn+

501

C8H MNO_r 250CH MNSi

+303

CH| ,OSMn + 426

C8H i;,P+

312

CH+ 80

CH uCrGe+

453

ChH uN+

137

CH,,NBr + 468

C8H, ,NCI+ 379

CH l(N_f 154

CH llN,0+

243

C8H uN 20.+ 257CH| ,Ni + 442

C8H, ,0+ 194

C8H l40 2+ 213

CH l(02S; 360CH,,0-,PCi; 398

CH, 4Pd+

492

CH uPt+

543

C8H uS+

334

C8H l4Si+ 297

C8H i -,N+

138

ChH,-,NO+ 233

C8H i:)NO,C1 2+ 388

C8H,.N+ 163

C8H lr>0-PCr+ 417

CH ir,O r)PW+

536

C8H+ 80C8H,N02C1

+ 388

ChH I(,N 2+ 154

C8H u,N 20+ 243

C8H,N 202+ 257

C8H,N4+

165

C8H,0+ 194

C8H Ul0S+

355

C8H,02+ 213

223

C8H I7N+

138

C8H i;NO+

233

CHH| 7NO,Si+

307

C8H I8FP+

321

C8H l8Ge+

450

C8H,Hg+

546

C8H l8N0+ 234

C8H ihN 2+

155

ChH I8N 202+

257

C8H ihN 2S+

347

C8H IHN ;)02PFe+

433

CH l8N t02PMo+

488

C8H, 8N. 1P+ 316

C8H 1kN4+

165

C8H l8N4SNi+ 444

ChH I80+

194

C8H i8OS+

355

ChH I802+ 213

21

cH1(tpcr

CH,S+

CH,S;

CKH l Si1,Br*

CH, KSi2 CI_r

CHl

Sn+

ch,ojps;

CH,P +

CHJ(1Ge +

ch 2i1no :,p+

CH 2(1N,P+

CSH 2(IN+CH,0

1P_,S

lNi

+

CH 2 , lO,P2S lPd+

CH 2(lO,P2S4Pt+

.

CH_,1,O

lSi

+

CH,Si+

C,|H_,Sn+

CH 2l NSi+

....

G,H,,NSi 2+

....

CH 2 ,02Si2+

...

CH 22Si 2+

CH 22Si_,Cd+

.

CaH22Sn2+

CH,,NSi2+

....

CH24N4Ge+

..

CH 24N 4Hf+

..

CH24N4Mo+

.

CH 24N4Si+

...

CaH 24N 4Si2+

...

CaH 24N 4Sn+

..

CH,4N 4Ti+

...

CH24N 4V+

...

CH 24N4Zr+

..

CH 24P2 Pt+

...

cH24si :rcn 2f;

eHN,F+

ChN 20 2C12+

....

C0:1C14

+

C04F(1Co 2+

....

C,tOF

l2Mo

2

t'..

C,,H40 ;rCH.FS+

C,,H-NO,Fe + .

C,)H,0

:)ClCr+

G,H,S:

,C1+

....

chn;

chn2s +

CHN;1F+

GA.OS 4

CH0^

cho2s+

C,,H,,0,Cr+

....

CH01S+

C,H,0-Cov ...

CHS+

c.,h7

+

ch7n +

C,,HNO +

C,,H;NCG

C,,H7NO,Cr + .

ch7n

2o+

C,,H70_,SMn

+

ch7o+C,|H

rO,Mn + ..

CH7P +

396

334

339

476

395

498

370

312

450

320

155

316

165

444

492

543

306

297

299

498

303

304

306

299

495

500

304

451

531

486

304

304

500

406

408

484

543

301

280

280

385

382

440

487

221

366

433

420

399

155

347

283

355

213

358

412

359

439

341

81

138

234

250

414

264

427

221

423

312

G,HC12

+376

G,HDO + 195CHNO + 234

CH hNOF+ .- 288CHN,0 + 243

CH 8N2S2+ 350

CH kO+

194

CH kOS+ 356

CH0,+ 213

CH0,Cr+ 412

CH02SCr + 419

CH KO tCr+ 412

CH0,Fe + 431

G,H0,PMn + 424

CH hO,Ru+ 490

CHk0 4+ 223

CH K0-SCr+ 419

CH+ 82

CHC1 + 374

CH (1F+ 278

CHN + 138

CHNO + 234

CHNOS + .. 362

CHNO-Cr + 414

G,HN:)C12

+ 381

CHN,F3

+ 282

C,,HN:iS+ 348

CH0 + 195

CHOs+ 223

G,H+ 82

CH 10NO+ 234

CH|(IN0C1 + 386

G )H lllN 2Br+ 469

G,H M,N 2C1+ 380

CHi

N2F + 281

CH lnN 2 I+ 512

G)H

I

N.,S+ 347

CH](iN

:!CI

+ 380

CHI(jN

:!02+ 260

C,,HI(iN,0

2C1

+ 388

CHl0

+ 195

CH| 0OCr+ 411

G,Hi(102+ 213

G,H|{,0+ 221

CHl(1O

tFe

+ 431

CH,07PCr + 417

CH,i10

7PW + 537

CH hjS+ 334

G,H 1I C1+ 374

CH m N+ 139

G,H m NO+ 234

CH mN02+ 250

CH||NO:t 262

G,H,,N2+ 155

C,,H| ,N2Br+ 469

G,H,,N2C1

+ 380

CH mN 2F+ 281

G,H m N 2 1+ 512

C,,H, ,N20

+ 243

G,H m N 2OC1+ 387

CH m N,OF2P+ 324

CH m N 2S+ 347

C.,H, ,N2SC1

+ 400

C,)H

IIN+ 163

CHiiN.

10

2

+ 260

CH n O,: 224

CH n S+ 334

CH+ 83

C,,Hl2Cr

+ 410

G,H I2N 2+ 156

CHi2N20

+ 243

G,H, 2N 202+ 257

CH,,N 2S+ 347

G,H i20+ 195

G,H l2OBr+ 471

G,H i202+ 214

G,H 1202S+ 358

G,H 120+ 221

G,H I2S+ 334

QH+ 85G,H|,As

+ 454

G,H ltClGe+ 453

G,H|,ClSn+ 503

G,H, ,FSi+ 308

G,H,:(N + 139

G2H,,NFSi+

309

G,H,,NO + 234

G,H ltN02+

251

G,H liN02Si+

307

G,H llNO :)Si+

307

G,H,,NS + 345

G,H l)OFSi+

309

G,H, ,OSiBr+ 476

G,H,,OSiCl+

395

C,,H ltP+

312

G,H llSiBr+

476

G,Hl tSiCl

+394

G,H+ 85

G,H l4F2Si2+

309

G2H uGe

+450

G,H l4N02+

251

G,H I4NP+

315

G,H,,NSi + 303

CH I4N 2+

156

G,H, 4N 2Ge+

451

G,H ]4N 20+

243

G,H l4N 20+ 264G,H ]4N 2S

+348

G,H l4N 2Si+

304

G,H l40+

195

G,H l4OCrGe+

453

G,H l4OS+

356

G,H ltOSi+

305

G,Hl40

2

+214

CH l4Pb+

550

G,H 14SGe+

452

G,H l4SPb+

551

G,H, 4SSn+

501

CH l4Si+

297

G,H l4SiS+

367

G,H l4Si2Cl2+

395

G,H,Sn + 498

C,4H,-,N

+139

G,H,-NO + 234

G,H,-N02

+251

G,H,-N202

+257

G,H,-0PCr + 417

G,H|-0,,PW + 537

G,H+ 85

G,H,NOCI + 386

G(H

|{,N0

2

+251

G;HI(1N2+ 156

G,Hl(,0

+196

G,H|:N

+140

G,Hl:NO + 235

G,H i:N0 2+

251

G,H i:N02CI 2+

388

G,H l:NO,S+

364

G,HitN 202

+257

G,H+ 86CH| KNC1

+379

G,H|NO + 235

G,H, bNO,+

251

CH mN0 2Cl+

388

CHI8N

2

+156

G,H ]KN (0,PCr+

418

G,Hl

N10

1PFe + 433

C,,H|N;tO,PMo + 488

G,Hl(tN

:)S

r>Fe + 435

CHl(iO + 196

CH ihO+ 221C,H I8S+ 341C,,H

I, )N + 140

^-',)H 2)(Ge 450

CH21lHg + 546

CH21IN 2 156

G,H2Sn+

498

G,H 2I N+ ho

G,H 2l NBr2+

469

C,,H 2 |NSi+

303

C.,H 2iO (P+

319

C,H 21 P+

312

C,,H22Si+

297

C()H 22Sn+

498

C,,H2i02Si 2+

306

G,H 24N 4+

165

G,H 24Si 2+

299

G,H 24Sn 2+

500

CH2-NSi

2

+304

CH,-Si2P + 325

CH 27NSit 304G,NF

;

+280

G,0-F(,Co2

+440

CA+ 372C,F8

+273

C|oFi2S.r 365

C|H204F i2Cu

+445

C|i,H 20 4F| 2Mg+

290

C|nH 204F| 2Ni+

444

C]i]H 204F| 2Zn+

447

C||,H20

(1 224

C ioH 20F, 2U+

555

C loH 4NO,CICr+

420

C,llH 4NO-CrBr

+480

C|H 40,,C12Co^ 441

C||,H 5N0-Cr+

414

C|H-,NO-)W + 535

Cl(lH-

)NO,,Cr

+415

C,H,r 86

C,HBr2

+467

Cl()H

flCl

2

+376

C,H(,N 2

+156

CI(iH0

2

+214

Cl

H0+ 221

Cic,H04

+223

C ioH0Co2+

439

C,HS2

+339

C|H;N + 140

C,H7N02

+251

C,H70 1Mn

+423

CioH 8 86

C|H 8+2

87

C1()H8

+:)

87C

l(lH8Cl2Fe

+436

Cl

H 8F,)S4Ni+

444

Chan; 156C,HbN202

+257

CicjH 80

+196

C,H 8OS 2+

360

23

C,HOS+ 360

C,H802+ 214

C,H0,FS,Ni + 444

C|hH hO ,Cr+ 412

C,H0)Fe

+ 431

C lnH0 :1Mo+ 486

C,H aO :,W+ 534

C,H04Cr+ 413

C lnHO lFCo+ 440

Ci

H04FCu+ 445

ClllH0

4F

(,Ni

+ 443

C|(

,H0KFe+ 432

C,HS + 334

C,HS:r 341

C,HClFe + 436

C|H,,N+ 140

ClllHNO + 235

C loH, )NOSFe+ 436

C|H,,NS+ 345

C,H0 4Mn+ 423

C,HP + 312

C,H; 87

C,H mBr,Ta+ 532

C1

H,Br,Zr+ 484

C l0H ll,Cl,Hf+ 531

Cll,H

l(,Cl

2Ta+ 532

Cl

H,Cl,Ti+ 407

C|H H,Cl,Zr+ 484

C|nH l(lCo+ 437

Cll,H

l(lCr

+ 410

ClllH

lllF

2Ti

+ 407

C,Hll,Fe

+ 429

C,Hl

Hg + 547

Cl(lH

l(lLa + 522

Cl

Hl

Mg + 290

C,H,Mn + 421

C lnH,NO+ 235

Cl

HlllNOF+ 288

CI()H M1N2

+ 156

CIIIH

IIIN

2C12+ 381

C,HI(jN 20; 264

Cll,H

ll,Nd

+ 525

Cl(,H

l(lNi

+ 442

Cl(lH

l(,0+ 196

C u,H u>Ot 214

CmH l()02Cr+ 412

ClllH

lllO,Fe + 431

Cl

Hl0 1Fe

+ 431

Cl

H,01Ru + 490

C,H1Pb + 550

Cl

H,Pr+ 524

C M1H l( ,Ru+ 490

C|,,H|Si+ 297

C|nH|Sn+ 498

Cl(lH l0TiBr+ 480

CI(,H|V + 407

533

C,Hl(1ZrI 2

+ 518

C.dH, ,C1+ 374

ClllH

llDO + 197

CI(1H M N

+ 140

CI(1H mNO

+ 235

Cl(lH nNO^ 265

Cl(lH

llNO.,Cr

+ 414

C miH| l NO-W+ 535

C,HIIN+ 163

CI

HIIN

)S+ 349

C I0H mO+ 196

Cl(lH M 0,SMn

+ 427

C l0H n Re+ 540

C,H+ 88

CiiiH 12Mo

+485

C,Hl2NO + 235

C,HI2N0C1

+386

C,H I2N 2+

156

C,H i20+

196

C HIH l2OCr+

411

Cl(1H

l202+

214

CI(1H

]2S2+

339

C h ,H I2S+ 341

C1(IH

I2S4+ 342

C,Hl2Se4

+ 459

C,HI2W + 533

C l0H l;!Cr 374C

I(IH

I(F + 275

CI(IH, ,N

+ 140

C MIH| :!NO+ 235

Cl(,H l(NO_+ 251

CI(,H

i;1N2+

157

C,H I1N 2C1+ 380

Cii,H I!N 20

+ 243

C.nH, ,N20C1+ 387

CiiiH

i1N

2OF

2P + 324

C hiH i:1N 2S+ 348

C1(1H,

;tN2SCr 400

Cl(lH

1;,N

;f 163

Ci(l

H|;iO

iSMn + 427

CI(,H

I

,P+ 312

Cl

Hl:(Ta + 532

C I0H+ 89C,H l4Ge

+ 450

C,i,H I4N+ 140

C,H I4N0C1+ 386

CI(,H 14N,

+ 157

C,H l4N 20+ 244

C,Hi)N

2S+ 348

C,H l40+ 197

Cl

H uOBr+ 471

CmH l40Si+ 305

C,H, 40_r 214

C,H 1402CrGe+ 453

C1

H, 40 2S 2Co+ 440

Ci

H I40 2S,Cu+ 445

C,H l402S2Ni+ 444

C,H 140.r 221

CmH l404Cl2Sn+ 503

C]i)H I40 4Co

+ 438

C|,,H I404Cu+ 445

C:.H.;0:Mg 290

C loH l404Ni+ 443

C]l,H ]40 4Zn

+ 447

Ci

H 140U+ 554

C,H I4S+ 335

C,H I4S4Co+ 440

C,H| 4S4Ni+ 444

Cll)H l4Si

+ 297

C,H+ 90

C,H,-Br+ 466

C|H ISC1+ 374

CI(,H ISF

+ 276

C ioH| 5N+ 140

C|HiriNO + 235

C ioH isN02+ 251

C|(lH l5OSMn

+ 426

C1(lH| 50 7PCr

+ 417

C,H l507PW+ 537

CI(IH,-P + 312

C,H l5SMn+ 425

C,H^ 90

Cl(lH

l(,Ge

+ 450

24

Cll,H

l

NFSi + 309

C,H1

NP + 315

C,H lf,N_r 157

C,H,N202+ 257

CI(1H

I(,N 4

+ 166

Cl

H,0+ 197

C,(|H|,,OSi+ 305

C IBH,A+ 215C

i

H 1(,02S+ 358

C,H02Si+ 306

C1(1H Kl0.r 222

Cl

Hl

04Ni+ 443

C,Hl

0,Pd + 492

Cl(lH

l0 1 Pt

+ 543

Ci(|H

i

,,P2

+ 314

C]Hl(,Pb

+ 550

C|iiH|,,S+ 335

ClllH

l

SGe+ 452

C|iiH l(,SPb+ 551

C,|lH

l(1SSn + 501

C,oH i(1S4+ 342

Ci(iH| (,Si+ 297

C,Hl(,SiS

+ 367

C|(,H

1(,Sn

+ 499

C|H+ 91

C l0H ];FSi2+ 309

C,H|;N + 141

C,H17NO + 235

CI(jH

I7N02

+ 252

C,Hi7OC1 + 384

c|HI7P + 312

Cl(lH,

7Si

2Cl

+ 395

C,H; 91

C iuH 18N+ 157C

iiiH ihN 20

+ 244

C,H18N

20

2

+ 257

Ci,)H 1bN 20,^' 266C,H l8N :i04PCr

+ 418

Cl

HIHN

:!04PFe

+ 433

C](iH ihN :,04PMo

+ 488

C]llH l8Ni

+ 442

Cl(1H,0 + 197

C,H ih02+ 215

C,H l8S (r - 342

C|H l8Si_+ 299

C|H| 8Sn+

499

Cl(1H|,jN

+141

Cll)H|,,NO

+ 236

C,HI9N0

2C12+ 388

c,h2; 91

C,H2N02C1

+ 388

C,H2(IN2+

157

C,H21IN4+

166

C lnH 2llO+

197

CmH 20+ 224C,H20S

+335

C,H21 P" 312

Cl

H 22Hg+

547

C ioH22N2+

157

Cii1H 22N20

+244

C,H 22Si2+

299

C lnH21N+

141

C,H24N 2+

157

C,H24N 2S4Sn2+ 502

CI(1H 24N (P

+316

C,H24N 4+

166

Cl(lH 240,Ti

+406

Cl(1H2404Ti

+406

C,H24Si2+ 299

C l0H24Si4+

302

C,H 24Sn+

499

C H1H250 2Si2+ 306

C,H25Pr: 315

C|H 27NSi 2+

304

Cl(,H 27Si 2As

+456

C,H 27Si 2P+

325

Cl(,H28N 2Si4

+304

Cl(,H

:t(lN 5Nb

+ 485

C H |H,| lN sTa+

532

Cl(lH.t0Si4

+ 302

C 10H :t0Si+ 302C 10O,,FCo2

+ 440

Cl(JO loMn2

+ 422

ClllO

l(lRe/ 541

C nHO :tF2+ 287C m H 4N,0-W

+ 535

C m H-N+ 163

C,,H0 7Cr+ 413

C,,H-+ 92

C m H 7N+

141

C,|H 7N05Cr+ 414

C,,H 7N0 7W + 535C,

l

H7NO,,Cr

+415

C m H8N 2+

158

C m H8N 20+

244

C m H80+

198

C h H8OS+

356

C,,H802+ 215

C,l

HOiFe + 432

C MH804Cr+

413

C m H804Mo+

486

C M H804SCr+

419

C, |HOsCr

+413

C nH+ 92C M H ()F

+276

C MHr 511C,,HN0

2

+ 252

C,,H+ 92

C n H l(,0+

198

C m H,OMo+ 486

CiiH

i

OW2

+ 535

C n H l(l02+

215

C n H l(lO,S+ 358

C n H 1(lO,Cr+ 412

CllH

l04PMn

+ 424

C, |HII)S+ 335

C11H

l

SFe2

+ 435

CllH

l

SMn2

+ 426

CnHuCr 4 410

C, ,H, ,Mn + 421

C I] H,|N+ 141

C n H n NOS+ 362

C, ,H, ,NO^ 252

C, ,H,l

NO,Cr + 414

C,,H+2

93

C m H 12N 2C12+ 381

C n H 12N 20 2+ 257

C m H 120+ 198

CuH ]202+ 215

C M H l20 2Cr+ 412

Cl]H ]20 :iFe

+ 432

CllH ]20,PMn

+ 424

C M H 1204Fe+ 432

C, |H ]2O f)Fe+ 432

CnH.^Cr 374

CllH

]iDO + 198

C m H 1:)N+ 141

C,l

H1:tNO + 236

C, |H|tN

;)Cl

2

+ 381

C, ,H ltO+ 198

25

ho;

Hi....

,N0 +

4N0C1+

..

.,N2

+

4N 20+

....

,0+

A+,0,CrGe

,C1+

5no +

,n2o + ....

-N20C1 + .

5n 2s+

-N.,SC1+

.

,n;

-N-+

,0-PCr+ .

:iO,PMo +

-O-PW ' .

-0KPCr ' .

sOaPMo+

-0PW + .

N02Br

+

(,NO,F.+

.

n2o + ..,

,,N.,S+

...

N+

(,N;,C1

+..

,0+

OBr + ...

02+

s+

Si+

;N +

;N0_7 ...

:N0+ ...

tN;

-0-,PCr+

H

H

H

H

H

H

H

H

H

H

H

H

H

H

H

H

HH

H

H

H

HH

H

HH

h

2(ino +

h 2(,n 2o4+

H2i)0

+...

H2(1OSi2

+

H2 (i0 2

+...

H2(l02Si2

H2llO

tSi

2

H211PAu +

H2Si2+

..

h2In + ...

H,,NSi 2+

h 2i n 2o 2+

h2

+2

h 22no+

h 22n 2+

...

h22o+

...

H 22Si 2+

..

HP+ ...

N,0-PCr +

aN,0 :,PMo+

hN,0-PW +

0+

02+

SSn+

*SiS+

,,N+

NOSi +

224 C n H 24S2Sn+

502

93 C||H2aNS2Sn+

502

236 C,,H 270 2Si 2+

306

386 Cn H :ll NSi2P2+

325

158 C 12Fb+

'. 273

244 C l2Fi 273198 C l2H :(O l2Re+ 541215 C I2H+ 95453 C, 2HN 4

+166

374 C 12H0^ 216

236 C l2H0+ 222

244 C l2H 7N02+

252

387 C l2H 7NO sCr+ 414

348 C, 2H 7NOCr+

415

400 C 12H 7N,0C1+

387

163 C 1