National Bureau of Standards

Library, K.W. Bldg

APR 2 8 1965

^ecknlcai rlote 92c. 309

A BIBLIOGRAPHY OF EXPERIMENTAL SATURATION

PROPERTIES OF THE CRYOGENIC FLUIDS

N. A. Olien and L. A. Hall

U. S. DEPARTMENT OF COMMERCE

NATIONAL BUREAU OF STANDARDS
THE NATIONAL BUREAU OF STANDARDS

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listing of its four Institutes and their organizational units. Institute for Basic Standards. Electricity. Metrology. Heat. Radiation Physics. Mechanics. Applied Mathematics. Atomic Physics. Physical Chemistry. Laboratory Astrophysics.* Radio Standards Laboratory: Radio Standards Physics; Radio Standards Engineering.** Office of Standard Ref- erence Data. Institute for Materials Research. Analytical Chemistry. Polymers. Metallurgy. Inorganic Materials. Reactor Radiations. Cryogenics.** Office of Standard Reference Materials. Central Radio Propagation Laboratory.** Ionosphere Research and Propagation. Troposphere

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NATIONAL BUREAU OF STANDARDS

technical cYlote 309

Issued April 9, 1965

A BIBLIOGRAPHY OF EXPERIMENTAL SATORATION

PROPERTIES OF THE CRYOGENIC FLOIDS

N. A. Olien and L. A. Hall

Cryogenics Division

National Bureau of Standards

Boulder, Colorado

NBS Technical Notes are designed to supplement the Bureau's regular publications program. They provide a means for making available scientific data that are of transient or limited interest. Technical Notes may be

listed or referred to in the open literature.

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

Price: 60 cents

Ill

CONTENTS

PAGE

1. INTRODUCTION 1

2. METHOD OF LITERATURE SEARCH 2

3. FORMAT FOR LISTING CITATION AND

DOCUMENT CONTENTS k

k. FORMAT OF PROPERTY INDEX k

5- PROPERTY INDEX LOCATION FOR THE

CRYOGENIC FLUIDS 5

6. INDEX OF PROPERTIES 6

7- BIBLIOGRAPHY OF REFERENCES 22

A BIBLIOGRAPHY OF EXPERIMENTAL SATURATION

PROPERTIES OF THE CRYOGENIC FLUIDS1

N. A. Olien and L. A. Hall

A "bibliography of 507 references to experimental work

is presented for the properties of the cryogenic fluids

in the solid, liquid, and vapor phases at saturation.

The cryogenic fluids included are helium, hydrogen, neon,

nitrogen, oxygen, air, carbon monoxide, fluorine, argon,

methane, and isotopes of helium, hydrogen, and methane.

Each article has been reviewed and coded for properties

,

method of presentation of the data, and temperature range.

An index lists each fluid in five categories: solid-solid

transition, solid-liquid transition, solid-vapor transition, liquid-vapor transition, and triple point. For

helium the liquid-liquid transition is also included.

Each category is indexed "by the properties: pressuretemperature data, density and heat capacity of all

phases at saturation, and latent heats.

1 . INTRODUCTION

The mission of the Data Compilation Unit of the Cryogenic Data

Center is the critical evaluation of quantitative information from the

world's literature related to the thermophysical properties of materials

at cryogenic temperatures . The determination of the saturation

boundaries is a primary consideration in the compilation of the

properties of cryogenic fluids, and in the determination of physical

equilibria properties of fluid mixtures. The Documentation Unit of the

Cryogenic Data Center has in its mission the review of the world's

literature for selection of pertinent material to be included in an information storage and retrieval system; this review is presently

concentrated on the properties of solids and fluids at cryogenic

temperatures. This bibliography is the result of a joint effort of the

Data Compilation and Documentation Units.

1 This bibliography is a result of a study made under contract with

the National Aeronautics and Space Administration.
2

2. METHOD OF LITERATURE SEARCH

The literature search for this bibliography was started in May

1962. The initial search was of an existing file of literature

maintained by the Data Compilation Unit which includes the subject

area of this bibliography. The existing file was derived from the

literature collected in the preparation of the "Compendium" 2. The

literature file of the Data Compilation Unit on the properties of fluids

and solids from ambient to cryogenic temperatures has grown in size

from approximately 1000 selected documents in 1962 to over 4000 selected

documents at the time of this report. This file is particularly

appropriate for collecting information on the subject of this bibliography since there have been continuing searches for literature reporting

the properties of helium, hydrogen, neon, nitrogen, oxygen, air, carbon

monoxide, fluorine, argon, and methane. The search for literature

pertinent to this bibliography was conducted as follows:

1) each article in the file was examined in detail for any

saturation property information,

2) all articles containing original information were noted

for inclusion in the bibliography,

3) all references to saturation properties in the literature

reviewed were noted and copies obtained,

h) all new material routinely entering the file was reviewed

in a like manner. (The growth of the total literature file

during the period of the search was approximately 100 new

items per month.)

The search of the existing literature file yielded 204 references to

original data. An additional 457 references were noted in reviewing

the citations listed in the documents on file. These additional

references were acquired and 215 were found to contain original data

for saturation properties. Surveillance of the new literature entering

the Cryogenic Data Center's bibliographic system during the period of

this study yielded another 72 pertinent references.

'A Compendium of the Properties of Materials at Low Temperature

(Phase I.) Part I. Properties of Fluids", V. J. Johnson, Editor,

Wright Air Development Division Tech. Rept. 6O-56 (i960) 560 p.
3

The type of search program used for this bibliography could be

described as retrospective search by means of citations from a set of

relevant documents. This method represents a departure from the usual

search of abstracting journals and indexing services. Although

citation searching is not new, there is a dearth of literature justifying its use in bibliography preparation. The search strategy used

here is a partial adaptation of the method, formulated by Cezairliyan,

et al. ,4 and Lykoudis, et al. 5 and the citation index developed by

Garfield ' 7 > 8 ' 9. Since this search strategy is not fully documented,

to insure comprehensiveness, further searching was necessary. Therefore, Chemical Abstracts were searched for the properties involved from

volumes 21 through 57 (1925 through 19 62) . As a result 53 new articles were found of which 16 were determined to have original data and were entered into the bibliography.

"Analytical and Experimental Study of a Method for Literature Search

in Abstracting Journals", A. 0. Cezairliyan, P. "13. Lykoudis, and

Y. S. Touloukian, Thermophysical Properties Research Center Rept.

No. 11 (Dec i960).

"A New Method for the Search of Scientific Literature through

Abstracting Journals", A. 0. Cezairliyan, P. S. Lykoudis, and

Y. S. Touloukian, J. Chem. Doc. 2, No. 2, 86-92 (1962)

.

"Analytical Study of a Method for Literature Search in Abstracting

Journals", P. S. Lykoudis, P. E. Liley, and Y. S. Touloukian,

Thermophysical Properties Research Center Publ. No. 2, Purdue Univ.,

Lafayette, Ind. (1958)

.

"Citation Indexes for Science", E. Garfield, Science 122 , 108-11

(1955).

"New Factors in the Evaluation of Scientific Literature through

Citation Indexing", E. Garfield, and I. H. Sher, Am. Doc. 1^ , 195-201 (Jul 1963).

"Citation Indexes in Sociological and Historical Research",

E. Garfield, Am. Doc. Ik, 289-91 (Oct 1963)

.

"Science Citation Index - A New Dimension in Indexing", E. Garfield,

Science ikk, 6k-9-^h (May 196*0.
k

3. FORMAT FOR LISTING CITATION AND DOCUMENT CONTENTS

The citations have been arranged alphabetically by first author

and numbered sequentially. Only information from the article which

concerns the saturation properties of the cryogenic fluids is noted in

the bibliography.

The information given for each citation includes the following

in the order listed:

1. Author (s)

2. Title (original language, except other than Roman alphabet)

and translated title, if original is in a language other

than English

3. Reference (if the same article has been published in more

than one place, each reference is cited)

k. Cryogenic fluid(s) involved followed by the properties

reported and the temperature range covered

5. Form in which data is reported, i.e., tabular, graphical,

and equations

6. Original language, if other than English.

k. FORMAT OF PROPERTY INDEX

The primary divisions of the index are the cryogenic fluids

.

For each fluid the references are indexed by the following phase

transitions: l) solid-solid transition, 2) solid-liquid transition,

3) solid-vapor transition, h) liquid-vapor transition, and 5) triple

point. For helium the liquid-liquid or lambda transition is also

included. Each of the phase transitions is further divided by the

properties: l) pressure-temperature data, 2) density (both phases)

,

3) latent heat of transition, and h) heat capacity (both phases)

.

Property headings for which no references were found were ommitted.
5

5. PROPERTY INDEX LOCATION FOR THE CRYOGENIC FLUIDS

Page No,

1

.

Helium

a. helium3

6

b. helium-^- (includes articles in which authors

did not specify the isotope studied) 7

2

.

Hydrogen

a. 20.4°K equilibrium hydrogen (includes parahydrogen) 8

b. normal hydrogen (includes articles in "which authors

did not specify the ortho-para composition) 9

c. ortho -parahydrogen (other than normal) 9

d. hydrogen deuteride 10

e

.

deuterium 11

f hydrogen tritide and deuterium tritide 12

g. tritium 12

3. Neon 13

k

56

7

8

9

10

Nitrogen Ik

Oxygen 15

Air 16

Carbon Monoxide 17

Fluorine l8

Argon 19

Methane

a. normal methane 20

b. deuteromethane and other isotopic modifications 21
6. INDEX OF PROPERTIES

HELIUM-3

SOLID-SOLID TRANSITION LIQUID-VAPOR TRANSITION

PRESSURE-TEMPERATURE DATA

187 217

DENSITY

420

HEAT OF TRANSITION

187

SOLID-LIQUID TRANSITION

MELTING PRESSURE

18 20 43 44 162

217 219 224 358 360

362 396 397 416 421

428 429 489

DENSITY--SOLID

219 360 362 421 462

DENSITY--LIQUID

162 217 219 360 362

VAPOR PRESSURE

1 395 442 461 463

464

DENSITY-LIQUID

215 297 300 320 405

428 429 465

DENSITY-VAPOR

215 297

HEAT OF VAPORIZATION

3 4 HEAT CAPACITY-LIQUID

2 19 43 68 69

70 139 140 398 399

406 407 416 443 453

454 455

LIQUID-LIQUID TRANSITION

PRESSURE-TEMPERATURE DATA

400

HEAT CAPACITY-SOLID

18 225 226 348 416

HEAT CAPACITY-LIQUID

348 416 452

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

507

HEAT CAPACITY-SOLID

163 224
INDEX OF PROPERTIES (CONT.)

HELIUM-4 (OR UNSPECIFIED HELIUM)

REFERENCES NOT INDEXED FOR PHASE

TRANSITION OR PROPERTY

408

SOLID-SOLID TRANSITION

PRESSURE-TEMPERATURE DATA

8 218 443

LIQUID-VAPOR TRANSITION

DENSITY

218 304 363

SOLID-LIQUID TRANSITION

MELTING PRESSURE

8 75 131 158 171

217 218 245 246 269

280 321 322 358 361

396 421 433 434 437

457 458 459 483

DENSITY -SOLID

158 218 264 270 282

304 360 361 421 437

457 458 459

DENSITY -LIQUID

75 158 162 217 218

270 282 304 360 361

437 457 458 459

HEAT OF FUSION

264 270 282 433

HEAT CAPACITY-SOLID

158 226 270 282

437

VAPOR PRESSURE

14 15 16 50 170

292 293 307 330 378

379 380 381 393 418

419 478 499

DENSITY-LIQUID

21 165 166

344 379 381

298

DENSITY-VAPOR

166 344 379

HEAT OF VAPORIZATION

48 49 133

HEAT CAPACITY-LIQUID

134 156 179 232

250 274 279 281

295 313 314 333

337 338 497

LIQUID-LIQUID TRANSITION

PRESSURE-TEMPERATURE DATA

8 135 161 273

295 321 332 333

419 458

DENSITY

85 301 332

HEAT CAPACITY

279 281 331 333

301

238

294

334

281

335

HEAT CAPACITY-LIQUID

270 282 333

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

319

DENSITY-SOLID

290

HEAT CAPACITY-SOLID

5
INDEX OF PROPERTIES (CONT.)

20.4 DEGREE K. EQUILIBRIUM HYDROGEN (INCLUDES PARAHYDROGEN

)

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

MELTING PRESSURE

6 118 208

DENSITY-SOLID

6 118

DENSITY-LIQUID

208

HEAT OF FUSION

6 7 103

HEAT CAPACITY-SOLID

7 103

HEAT CAPACITY-LIQUID

103

118 258

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

31 39 62 205 206

207 243 244 272 410

477 488

DENSITY--LIQUID

31 206 244 309 410

423

DENSITY--VAPOR

31 244 410

HEAT OF VAPORIZATION

258 495

HEAT CAPACITY-LIQUID

258 440 505

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

39 62 103 258

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

439

DENSITY-SOLID

276

HEAT CAPACITY-SOLID

6 239 258 351
INDEX OF PROPERTIES (CONT.)

NORMAL HYDROGEN (OR UNSPECIFIED HYDROGEN)

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

MELTING PRESSURE

86 283 284 324 358

359 392 435 469 471

DENSITY-SOLID

41

DENSITY-LIQUID

41

HEAT OF FUSION

289 432

HEAT CAPACITY-SOLID

42

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

64 145 202

DENSITY-SOLID

349 350 385

HEAT CAPACITY-SOLID

289 351 432

222 308

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

31 32 57 66 76

83 143 144 146 192

202 212 228 229 230

236 272 324 339 364

365 369 370 374 376

382 388 390 391 424

469 477 491 492

DENSITY-LIQUID

35 143 148 206

342 385 423

DENSITY-VAPOR

342

HEAT OF VAPORIZATION

149 175 268 424

HEAT CAPACITY-LIQUID

42 175 289 432

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

57 200 202 228

352 390

309

432

230

ORTHO-PARAHYDROGEN (OTHER THAN NORMAL)

SOLID-SOLID TRANSITION

NOT APPLICABLE

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

34

SOLID-LIQUID TRANSITION

NO EXPERIMENTAL DATA

SOLID-VAPOR TRANSITION

HEAT CAPACITY-SOLID

6 9 240

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

200

241 351
10

INDEX OF PROPERTIES (CONT.)

HYDROGEN DEUTERIDE

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

NO EXPERIMENTAL DATA

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

422

HEAT CAPACITY-SOLID

211

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

31 243 244 369

422

DENSITY-LIQUID

31 244

DENSITY-VAPOR

31 244

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

243 422

370
11

INDEX OF PROPERTIES (CONT.)

DEUTERIUM

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

MELTING PRESSURE

86 98 324 358 359

DENSITY-SOLID

41

DENSITY-LIQUID

41

HEAT OF FUSION

97 98 210 299

HEAT CAPACITY-SOLID

42

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

71 72 212 325 326

439

DENSITY-SOLID

310 349 350

HEAT CAPACITY-SOLID

96 97 98 203 204

209 210 239 299

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

31 71 72 194 212

243 244 299 324 325

326 369 370 424

DENSITY-LIQUID

31 98 244 296 309

DENSITY-VAPOR

31 244

HEAT OF VAPORIZATION

98 299 495

HEAT CAPACITY-LIQUID

42 96 97 98 210

299

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

71 72 96 98 210

243 299 325 326

DENSITY

98
12

INDEX OF PROPERTIES (CONT.)

HYDROGEN TRITIDE OR DEUTERIUM TRITIDE

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

NO EXPERIMENTAL DATA

SOLID-VAPOR TRANSITION

NO EXPERIMENTAL DATA

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

52 327

TRIPLE POINT

NO EXPERIMENTAL DATA

TRITIUM

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

MELTING PRESSURE

359

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

212

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

212

DENSITY-LIQUID

213

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

212
13

INDEX OF PROPERTIES (CONT.)

NEON

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

MELTING PRESSURE

285 287 358

HEAT OF FUSION

94 101

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

53 127 130

277 278 412

DENSITY-SOLID

138

LIQUID-VAPOR TRANSITION

435

214

469

230

VAPOR PRESSURE

53 59 84 130 214

230 278 378 386 387

412 481

DENSITY-LIQUID

128 343 386

DENSITY-VAPOR

128 343

HEAT CAPACITY-LIQUID

93 94 101

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

53 94 101 214

378 386 412 48i

230

HEAT CAPACITY-SOLID

93 94 101
14

INDEX OF PROPERTIES (CONT.)

NITROGEN

SOLID-SOLID TRANSITION LIQUID-VAPOR TRANSITION

PRESSURE-TEMPERATURE DATA

23 25 92 112

199 414 446 460

VAPOR PRESSURE

HEAT OF TRANSITION

92 112 175

SOLID-LIQUID TRANSITION

199

175

MELTING PRESSURE

46 73 74 92 106

175 195 216 286 287

358 403 409 414 435

482

HEAT CAPACITY-SOLID

73 74 216

DENSITY-LIQUID

73 74 216

12 13 22 23 24

25 27 37 56 60

79 61 82 87 110

125 154 183 192 193

199 205 228 229 230

237 247 248 257 271

306 354 389 402 450

485 490 49? 501 502

504 506

DENSITY--LIQUID

38 55 148 157 252

336 347 474 504

DENSITY--VAPOR

47 147 197 347

HEAT OF VAPORIZATION

12 13 132 149 175

195 199 261 426 427

HEAT OF FUSION

92 112 175 199

HEAT CAPACITY-LIQUID

12 92 112

261 288 496

175 199

SOLID-VAPOR TRANSITION

APOR PRESSURE

23 25 64 82 155

199 228 271 308 485

DENSITY-SOLID

137 413 479 480

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

23 25 106 110

183 199 228 230

271 288 306 482

112

263

HEAT CAPACITY-SOLID

92 112 175 199 288
15

INDEX OF PROPERTIES (CONT.)

OXYGEN

SOLID-SOLID TRANSITION LIQUID-VAPOR TRANSITION

PRESSURE-TEMPERATURE DATA

23 25 65 92

201 242 266 394

445 447 448 451

HEAT OF TRANSITION

92 175 201

HEAT CAPACITY

65

SOLID-LIQUID TRANSITION

VAPOR PRESSURE

175

403

MELTING PRESSURE

92 150 175 195 266

287 328 329 358 384

403 414

HEAT OF FUSION

92 175 201

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

23 25 242

HEAT CAPACITY-SOLID

92 175 201 311 312

12 13 22 23 24

25 32 33 34 37

51 57 60 76 79

81 82 100 104 111

141 146 151 154 160

164 173 180 190 195

196 202 221 227 229

230 236 237 242 247

248 256 275 291 303

317 364 368 374 383

389 449 451 466 467

470 472 485 490 500

501 502

DENSITY-LIQUID

30 38 54

157 169 196

265 336 345

467 473 475

DENSITY-VAPOR

47 119 147

HEAT OF VAPORIZATION

11 12 13

132 149 17'

195 201 268

HEAT CAPACITY-LIQUID

12 92 175

55 148

233 252

430 466

504

345

40 104

175 189

417 427

201 486

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

23 25 201 230

263 394 451

242
16

INDEX OF PROPERTIES (CONT.)

AIR

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

NO EXPERIMENTAL DATA

SOLID-VAPOR TRANSITION

NO EXPERIMENTAL DATA

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

195 316 355

503

DENSITY-LIQUID

316 355

DENSITY-VAPOR

119 316 355

HEAT OF VAPORIZATION

45 181 498

HEAT CAPACITY-LIQUID

177

371 501

TRIPLE POINT

NO EXPERIMENTAL DATA
17

INDEX OF PROPERTIES (CONT.)

CARBON MONOXIDE

SOLID-SOLID TRANSITION LIQUID-VAPOR TRANSITION

PRESSURE-TEMPERATURE DATA

90 92 175 256

HEAT OF TRANSITION

90 92 175

VAPOR PRESSURE

38 79 81 90 113

129 141 174 220 237

255 256 357 377 425

482 501 502 506

SOLID-LIQUID TRANSITION

DENSITY-LIQUID

38 80 81 340 341

MELTING PRESSURE

90 92 107 175 256

414 482

HEAT OF FUSION

90 92 175

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

90 113 129 255 256

482

DENSITY-SOLID

480

HEAT OF SUBLIMATION

90

DENSITY-VAPOR

80 81 340 341

HEAT OF VAPORIZATION

90 175

HEAT CAPACITY-LIQUID

90 92 175

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

95 107 129 174 482

HEAT CAPACITY-SOLID

90 92 175
18

INDEX OF PROPERTIES (CONT.)

FLUORINE

SOLID-SOLID TRANSITION

PRESSURE-TEMPERATURE DATA

262

HEAT OF TRANSITION

249

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

26 77 89 167 249

DENSITY-LIQUID

157 159 167 168 253

254 265 305 366 494

SOLID-LIQUID TRANSITION

HEAT OF FUSION

249 266

HEAT OF VAPORIZATION

249

HEAT CAPACITY-LIQUID

249 266

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

26

HEAT CAPACITY-SOLID

249 266

TRIPLE POINT

NO EXPERIMENTAL DATA
19

INDEX OF PROPERTIES (CONT.)

ARGON

SOLID-SOLID TRANSITION

NOT APPLICABLE

SOLID-LIQUID TRANSITION

MELTING PRESSURE

10 73 74 114 318

353 367 373 375 404

409 435

DENSITY-SOLID

73 74 318

DENSITY-LIQUID

73 74 318

HEAT OF FUSION

94 175 177

SOLID-VAPOR TRANSITION

HEAT CAPACITY-SOLID

17 94 175

186 505

185

VAPOR PRESSURE

61 63 88 123

185 186 190 223

DENSITY-SOLID

136 152 153 431

441

182

186

124

438

185

LIQUID-VAPOR TRANSITION

VAPOR PRESSURE

59 60 63 67 88

102 111 120 123 151

185 190 223 248 323

368 373 375 404 411

415 476 490

DENSITY-LIQUID

38 55 121 323 346

375 h04 474

DENSITY-VAPOR

47 121 323 346

HEAT OF VAPORIZATION

126 175 185 186 189

HEAT CAPACITY-LIQUID

36 94 175 177 185

259 260 487

HEAT CAPACITY-VAPOR

260

TRIPLE POINT

PRESSURE-TEMPERATURE DATA

61 94 95 111 123

185 190 248 353 356

401

DENSITY

114
20

INDEX OF PROPERTIES (CONT.)

METHANE

SOLID-SOLID TRANSITION LIQUID-VAPOR TRANSITION

PRESSURE-TEMPERATURE DATA

92 105 109 115

188 198 315 444

468

HEAT OF TRANSITION

92 105 109 188

SOLID-LIQUID TRANSITION

MELTING PRESSURE

92 114 191 256

HEAT OF FUSION

92 109 116 178

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

116

447

315

456

29 56 78 79 81

99 141 142 176 189

231 234 251 256 302

317 372 449 476 484

DENSITY-LIQUID

56 78 80 81 302

DENSITY-VAPOR

47 56 78 80 81

HEAT OF VAPORIZATION

117 188 189 234 261

417

HEAT CAPACITY-LIQUID

92 116 178 234 261

496

VAPOR PRESSURE

29 184 191

256 267 372

DENSITY-SOLID

235 336

231 251 TRIPLE POINT

PRESSURE-TEMPERATURE DATA

28 29 109 114

122 191 315

116

HEAT CAPACITY-SOLID

92 105 109

178 188

115 116
21

INDEX OF PROPERTIES (CONT.)

DEUTEROMETHANES

SOLID-SOLID TRANSITION LIQUID-VAPOR TRANSITION

PRESSURE-TEMPERATURE DATA

108 109 116 315 447

VAPOR PRESSURE

28 29 189

HEAT OF TRANSITION

108 109 315

HEAT OF VAPORIZATION

116 117 189

SOLID-LIQUID TRANSITION

HEAT CAPACITY-LIQUID

108 116

MELTING PRESSURE

114 TRIPLE POINT

HEAT OF FUSION

108 109 116

PRESSURE-TEMPERATURE DATA

28 29 109 114

315

116

SOLID-VAPOR TRANSITION

VAPOR PRESSURE

28 29

HEAT CAPACITY-SO'. ID 108 109 116
22

7. BIBLIOGRAPHY OF REFERENCES

(LISTED ALPHABETICALLY BY FIRST AUTHOR)

1 ABRAHAM, B. M. , OSBORNE, D. W. AND WEINSTOCK, B. THE VAPOR PRESSURE, CRITICAL POINT, HEAT OF VAPORIZATION AND ENTROPY OF

LIQUID HELIUM-3.

PHYS. REV. VOL. 80, 366-71 (1950)

HELIUM-3, VAPOR PRESSURE-LIQUID (1.0 TO 3.2 DEGREES K.)» INCLUDES

DETERMINATIONS OF NORMAL BOILING POINT AND CRITICAL TEMPERATURE.

TABLE, GRAPH, EQUATION

2 ABRAHAM, B. M. , OSBORNE, D. W. AND WEINSTOCK, B. HEAT CAPACITY AND ENTROPY OF LIQUID HELIUM-3 FROM 0.23 TO 2 DEGREES K. NUCLEAR ALIGNMENT IN LIQUID HELIUM-3.

PHYS. REV. VOL. 98, 551-2 (1955)

HELIUM-3, HEAT CAPACITY-LIQUID (0.23 TO 2.0 DEGREES K. )

GRAPHICAL DATA ONLY

3 ABRAHAM, B. M. , OSBORNE, D. W. AND WEINSTOCK, B. CALORIMETRIC MEASUREMENTS OF THE HEAT OF VAPORIZATION OF LIQUID HELIUM-3.

AM. PHYS. SOC. MEETING, CHICAGO, (NOV. 23-24 1956) PAPER Y7 (ABSTR. IN BULL. AM. PHYS. SOC. VOL. 1, NO. 2, 349 (1956))

HELIUM-3, HEAT OF VAPORIZATION (1.2 TO 2.1 DEGREES K.). ABSTRACT ONLY.

NO VALUE REPORTED. THIS APPEARS TO BE AN EARLIER REPORT OF NUMBER 4 BELOW.

4 ABRAHAM, B. M. , OSBORNE, D. W. AND WEINSTOCK, B. THE HEAT OF VAPORIZATION AND ENTROPY OF LIQUID HELIUM-3.

PHYSICA VOL. 24, S 132 (1958)

ALSO IN KAMERLINGH ONNES CONF. ON LOW TEMP. PHYS., LEIDEN, P. 25

HELIUM-3, HEAT OF VAPORIZATION (1.5 DEGREES K.).

TABLE (1 VALUE)

5 AHLERS, G.

HEAT CAPACITY OF THE GAMMA PHASE OF HELIUM-4.

PHYS. REV. LETTERS VOL. 10, 439-41 (1963)

HELIUM-4, HEAT CAPACITY (DEBYE THETA)-SOLID ALPHA (1.3 TO 1.8 DEGREES K,

)

AND SOLID GAMMA (1.6 TO 1.8 DEGREES K.).

GRAPHICAL DATA ONLY
23

6 AHLERS» G.

SOME PROPERTIES OF SOLID HYDROGEN AT SMALL MOLAR VOLUMES.

CALIF. UNIV.» LAWRENCE RAD. LAB.. BERKELEY* CALIF.. REPT. NO. UCRL-10757

(SEPT 1963) PH. D. THESIS. 133 P. NASA N64 13212

PARAHYDROGEN. HEAT CAPACITY-SOLID (2 TO 17 DEGREES K. ) , DENSITY-SOLID

(16.35 DEGREES K.). MELTING PRESSURE (16.35 DEGREES K. ) . HEAT OF MELTING

(AT TRIPLE POINT TEMPERATURE). EQUATION FOR SOLID HEAT CAPACITY.

HYDROGEN (2 PERCENT ORTHO). HEAT CAPACITY-SOLID (4 TO 15 DEGREES K. >

•

HYDROGEN (6 PERCENT ORTHO), HEAT CAPACITY-SOLID (4 TO 19 DEGREES K. )

•

EQUATION FOR HEAT CAPACITY OF SOLID ORTHO-PARA MIXTURES.

TABLE, EQUATION, GRAPH

7 AHLERS, G.

LATTICE HEAT CAPACITY OF SOLID HYDROGEN.

J. CHEM. PHYS. VOL. 41, NO. 1, 86-94 (JUL 1964)

PARAHYDROGEN, HEAT CAPACITY-SOLID (16.35 DEGREES K.>, HEAT OF FUSION

(AT TRIPLE POINT TEMP.).

TABLE, GRAPH

8 AHLERS, G.

PROPERTIES OF HELIUM-4 NEAR THE GAMMA PHASE.

PHYS. REV. VOL. 135, NO. 1A, A10-16 (JUL 1964)

HELIUM-4, LAMBDA TRANSITION (1.76 DEGREES K. ) » MELTING PRESSURE-SOLID

ALPHA (1.3 TO 2.2 DEGREES K.>» MELTING PRESSURE-SOLID GAMMA (1.7 TO 1.8

DEGREES K.)» SOLID-SOLID TRANSITION (ALPHA TO GAMMA) (1.5 TO 1.6 DEGREES

K.). THE HEAT CAPACITY OF ALPHA AND GAMMA SOLID WAS MEASURED, BUT IT IS

DOUBTFUL THAT THE SOLID WAS SATURATED.

TABLE, GRAPH

9 AHLERS, G. AND ORTTUNG, W. H.

LAMBDA ANOMALY IN THE HEAT CAPACITY OF SOLID HYDROGEN AT SMALL MOLAR

VOLUMES.

PHYS. REV. VOL. 133, NO. 6A, A1642-50 (MAR 1964)

HYDROGEN (65 TO 75 PERCENT ORTHO), HEAT CAPACITY-SOLID (1.4 TO 3.0

DEGREES K.).

GRAPHICAL DATA ONLY

10 ALDER, B. J. AND VAN THIEL, M.

THE MELTING LINE AND INTERMOLECULAR POTENTIAL OF ARGON FROM SHOCK

COMPRESSION.

PHYS. LETTERS VOL. 7, NO. 5, 317-9 (DEC 1963)

ARGON, MELTING PRESSURE (PRESSURE VARIES FROM 0.8 TO 45 KILOBARS.J.

GRAPHICAL DATA ONLY

11 ALIKHANOV, R. A.

HEAT OF VAPORIZATION OF OXYGEN IN THE TEMPERATURE RANGE 80-106 DEGREES K. SOVIET PHYSICS JETP VOL. 2, 771-3 (1956)

TRANSLATION FROM ZHUR. EKSPTL. I TEORET. FIZ. VOL. 29, 902-3 (1955)

OXYGEN, HEAT OF VAPORIZATION (80 TO 106 DEGREES K. >

•

TABLE, GRAPH
24

12 ALT. H.

UBER KALORIMETRISCHE MESSUNGEN AN FLUSSIGEN SAUERSTOFF UND FLUSSIGEN

STICKSTOFF.

(CALORIMETRIC MEASUREMENTS ON LIQUID OXYGEN AND LIQUID NITROGEN.)

ANN. PHYSIK VOL. 13, 1010-27 (1904)

OXYGEN, VAPOR PRESSURE-LIQUID AND HEAT OF VAPORIZATION (72 TO 90 DEGREES

K.), NORMAL BOILING POINT.

NITROGEN. VAPOR PRESSURE-LIQUID AND HEAT OF VAPORIZATION (63 TO 77

DEGREES K.), NORMAL BOILING POINT.

TABLE, GRAPH, EQUATION

GERMAN

13 ALT, H. UBER DIE VERDAMPFUNGSWARME DES FLUSSIGEN SAUERSTOFFS UND FLUSSIGEN

STICKSTOFFS UND DEREN ANDERUNG MIT DER TEMPERATUR.

(CONCERNING THE HEAT OF VAPORIZATION OF LIQUID OXYGEN AND LIQUID NITROGEN

AND THEIR CHANGE WITH TEMPERATURE.)

ANN. PHYSIK (4) VOL. 19, 739-82 (1906)

OXYGEN, VAPOR PRESSURE-LIQUID AND HEAT OF VAPORIZATION (68 TO 88 DEGREES

K. ) . NITROGEN. VAPOR PRESSURE-LIQUID AND HEAT OF VAPORIZATION (63 TO 77

DEGREES K.).

TABLE, GRAPH, EQUATION

GERMAN

14 AMBLER, E. AND HUDSON, R. P. MEASUREMENTS ON THE SATURATION VAPOR PRESSURE OF LIQUID HELIUM IN THE

RANGE 1.4 TO 4.2 DEGREES K. BULL. INST. INTERN. FROID. ANNEXE 1955-3, 605-7 (PRESENTED AT CONF. DE

PHYSIQUE DES BASSES TEMPERATURE, PARIS, SEPT. 2-8, 1955)

HELIUM, VAPOR PRESSURE (1.4 TO 4.2 DEGREES K.). RESULTS ARE REPORTED AS

DEVIATIONS IN TEMPERATURE FROM THE EQUATION DERIVED BY CLEMENT, J.R.,

LOGAN, J.K. AND GAFFNEY, J., PHYS. REV. VOL. 100, 743-4 (1955).

GRAPHICAL DATA ONLY

FRENCH (ABSTRACT IN ENGLISH)

15 AMBLER, E. AND HUDSON, R. P. AN EXAMINATION OF THE HELIUM VAPOR-PRESSURE SCALE OF TEMPERATURE USING A MAGNETIC THERMOMETER.

J. RESEARCH NATL. BUR. STANDARDS VOL. 56, NO. 2. 99-104 (1956) RP 2654

HELIUM, VAPOR PRESSURE-LIQUID ( 1 TO 4 DEGREES K. ) . VAPOR PRESSURE VS.

MAGNETIC TEMPERATURE.

TABLE, GRAPH

16 AMBLER, E. AND HUDSON, R. P. AN EXAMINATION OF THE 1955 HELIUM VAPOR-PRESSURE SCALES OF TEMPERATURE.

J. RESEARCH NATL. BUR. STANDARDS VOL. 57, NO. 1, 23-5 (1956) RP 2689

HELIUM, VAPOR PRESSURE-LIQUID ( 1 TO 4 DEGREES K. ) . VAPOR PRESSURE VS.

MAGNETIC TEMPERATURE.

TABLES, GRAPH
25

17 ANDERSON. A. SOME THERMAL PROPERTIES OF CONDENSED GASES.

OXFORD UNIVERSITY, PH. D. THESIS (1960)

ARGON, HEAT CAPACITY-SOLID (1.2 TO 20 DEGREES K. > . THIS THESIS WAS NOT AVAILABLE BUT THE DATA CONTAINED IN IT WERE EVALUATED

IN BEAUMONT* R.H. , CHIHARA, H. AND MORRISON, J. A., PROC . PHYS. SOC.

(LONDON) VOL. 78, 1462-81 (1961).

18 ANDERSON, A. C, REESE, W. AND WHEATLEY, J. C. PROPERTIES OF HELIUM-3 AT PRESSURES GREATER THAN THE MINIMUM IN THE

MELTING CURVE.

PHYS. REV. VOL. 130, NO. 5, 1644-86 ( JUN 1963)

HELIUM-3, HEAT CAPACITY-SOLID 10.03 TO 0.3 DEGREES K. ) , MELTING PRESSURE

(0.03 TO 0.3 DEGREES K. ) MELTING PRESSURE DETERMINED FROM HEAT CAPACITY

AND VELOCITY OF SOUND DATA. EQUATION FOR MELTING PRESSURE.

EQUATION, GRAPH

19 ANDERSON, A. C, SALINGER, G. L., STEYERT, W. A. AND WHEATLEY, J. SPECIFIC HEAT AND THERMAL BOUNDARY RESISTANCE OF LIQUID HELIUM-3.

PHYS. REV. LETTERS VOL. 6, 331-4 (1961)

HELIUM-3, HEAT CAPACITY-LIQUID (0.008 TO 0.04 DEGREES K.).

GRAPH, EQUATION

20 ANDERSON, A. C

1., SALINGER, G. L.» STEYERT, W. A. AND WHEATLEY, J. SPECIFIC HEAT OF HELIUM-3 UNDER PRESSURE.

PHYS. REV. LETTERS VOL. 7, NO. 8, 295-8 (1961)

HELIUM-3, MELTING PRESSURE (A DETERMINATION OF THE PRESSURE Of THE

MINIMUM IN THE MELTING LINE-NO TEMPERATURE GIVEN). THE HEAT CAPACITY OF

THE SUB-COOLED LIQUID WAS ALSO MEASURED.

GRAPHICAL DATA ONLY

21 ANDRONIKASHVILI , E. L. TEMPERATURE DEPENDENCE OF THE NORMAL DENSITY OF HELIUM II. ZHUR. EKSPTL. I TEORET. FIZ. VOL. 18, 424-8 (1948)

HELIUM II, DENSITY-LIQUID (1.4 TO 2.2 DEGREES K. )

.

DENSITY VALUES ARE GIVEN AS. THE RATIO OF THE NORMAL COMPONENT DENSITY TO

THE MEASURED DENSITY. LAMBDA TEMPERATURE GIVEN.

TABLE, GRAPH

RUSSIAN

22 AOYAMA, S. AND KANDA, E. LOW-TEMPERATURE MEASUREMENT WITH HYDROGEN THERMOMETER.

J. CHEM. SOC. JAPAN VOL. 55, 15-22 (1934)

NITROGEN, NORMAL BOILING POINT.

OXYGEN, NORMAL BOILING POINT.

THIS APPEARS TO BE THE JAPANESE VERSION OF NUMBER 24 BELOW.

TABLE

JAPANESE
26

23 AOYAMA, S. AND KANDA, E. VAPOR PRESSURE OF OXYGEN AND NITROGEN IN THE SOLID STATE.

J. CHEM. SUC. JAPAN VOL. 55, 23-29 ( 1934

)

OXYGEN* VAPOR PRESSURE-SOLID II ( 36 TO 43 DEGREES K.), SOLID I (44 TO 54

DEGREES K.) AND LIQUID (61 TO 65 DEGREES K.)» SOLID-SOLID TRANSITION

POINTS, TRIPLE POINT, CALCULATED VALUES OF HEAT OF SUBLIMATION AND HEAT

OF VAPORIZATION.

NITROGEN, VAPOR PRESSURE-SOLID II (31 TO 35 DEGREES K. ) , SOLID I (37 TO

63 DEGREES K.) AND LIQUID (66 TO 70 DEGREES K.)» SOLID-SOLID TRANSITION

POINTS, TRIPLE POINT, CALCULATED VALUES OF HEAT OF SUBLIMATION AND HEAT

OF VAPORIZATION.

THIS APPEARS TO BE THE JAPANESE VERSION OF NUMBER 25 BELOW.

TABLE, GRAPH, EQUATION

JAPANESE

24 AOYAMA, S. AND KANDA, E. DETERMINATION OF FIXED POINTS IN THE LOW TEMPERATURE WITH A HYDROGEN

THERMOMETER.

BULL. CHEM. SOC. JAPAN VOL. 10, 472-81 (1935)

OXYGEN, NORMAL BOILING POINT.

NITROGEN, NORMAL BOILING POINT.

THIS APPEARS TO BE A TRANSLATION OF NUMBER 22 ABOVE.

TABLE

25 AOYAMA, S. AND KANDA, E. THE VAPOUR TENSIONS OF OXYGEN AND NITROGEN IN THE SOLID STATE.

SCI. REPTS. TOHOKU UNIV. FIRST SER. VOL. 23, 107-15 (1935)

THIS APPEARS TO BE A TRANSLATION OF NUMBER 23 ABOVE, ALTHOUGH THERE ARE

SOME DIFFERENCES IN THE DATA.

26 AOYAMA, S. AND KANDA, E. STUDIES ON FLUORINE AT LOW TEMPERATURES. II. VAPOUR PRESSURE OF FLUORINE.

BULL. CHEM. SOC. JAPAN VOL. 12, 416-19 (1937)

TRANSLATION OF J. CHEM. SOC. JAPAN VOL. 58, 711-13 (1937)

FLUORINE, VAPOR PRESSURE-SOLID (52 TO 55 DEGREES K. ) AND LIQUID (60 TO 86

DEGREES K.).

TABLE, EQUATION

27 ARMSTRONG, G. T. VAPOR PRESSURE OF NITROGEN.

J. RESEARCH NATL. BUR. STANDARDS VOL. 53, 263-66 (1954)

NITROGEN, VAPOR PRESSURE-LIQUID (64 TO 77 DEGREES K» > , NORMAL BOILING

POINT, CALCULATED VALUES OF VAPOR DENSITY (65 TO 78 DEGREES K. )

TABLE, EQUATION
27

28 ARMSTRONG, G. T., BRICKWEDDE, F. G. AND SCOTT. R. B. THE VAPOR PRESSURE OF THE DEUTEROMETHANES.

J. CHEM. PHYS. VOL. 21, 1297-8 (1953)

METHANE, TRIPLE POINT.

DEUTERO-METHANES ( CH3D , CH2D2, CH03 , CD4), TRIPLE POINT, VAPOR PRESSURE

EQUATION (70 TO 112 DEGREES K.).

TABLE, EQUATION

29 ARMSTRONG, G. T., BRICKWEDDE, F. G. AND SCOTT, R. B. VAPOR PRESSURE OF THE METHANES.

J. RESEARCH NATL. BUR. STANDARDS VOL. 55, 39-52 (1955)

METHANE, VAPOR PRESSURE-SOLID (51 TO 90 DEGREES K.)» LIQUID (91 TO 190

DEGREES K.), TRIPLE POINT, NORMAL BOILING POINT.

DEUTERO-METHANES (CH3D, CH2D2, CHD3 , CD4 ) , VAPOR PRESSURE-SOLID (71 TO 91

DEGREES K.), LIQUID (91 TO 112 DEGREES K. ) , TRIPLE POINT, NORMAL BOILING

POINT.

TABLE, GRAPH, EQUATION

30 ARNETT, R. W.» MILLHISER, D. R.» AND PROBERT, W. H. EXPERIMENTAL DETERMINATION OF THE BULK DENSITY OF BOILING LIQUID OXYGEN.

P. 256-62 IN ADVANCES IN CRYOGENIC ENGINEERING, VOL. 8, PROC. 1962 CRYO.

ENG. CONF., LOS ANGELES, CALIF. (1962) PLENUM PRESS, NEW YORK (1963)

OXYGEN, DENSITY-LIQUID (BULK DENSITY) (92 TO 100 DEGREES K.).

GRAPH

31 ARNOLD, R. AND HOGE, J.

A TEST OF IDEAL SOLUTION LAWS FOR HYDROGEN, HYDROGEN DEUTERIDE AND

DEUTERIUM. VAPOR PRESSURES AND CRITICAL CONSTANTS OF THE INDIVIDUAL

COMPONENTS.

J. CHEM. PHYS. VOL. 18, 1295 (1950)

HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (18 DEGREES K.).

HYDROGEN (20.4 DEGREES K. EQUILIBRIUM), VAPOR PRESSURE-LIQUID (25 AND 30

DEGREES K.), CRITICAL PRESSURE, TEMPERATURE AND DENSITY.

HYDROGEN DEUTERIDE, VAPOR PRESSURE-LIQUID (25 AND 30 DEGREES K. )

,

CRITICAL PRESSURE, TEMPERATURE AND DENSITY.

DEUTERIUM, VAPOR PRESSURE-LIQUID (25, 30 AND 35 DEGREES K.), CRITICAL

PRESSURE, TEMPERATURE, AND DENSITY.

TABLE

32 ASTON, J. G.

THE THERMODYNAMIC TEMPERATURE SCALE BETWEEN 10 DEGREES K. AND 90 DEGREES

K. THE NORMAL BOILING POINTS OF OXYGEN AND HYDROGEN.

BULL. INST. INTERN. FROID. ANNEXE (1955) 593-4

OXYGEN, NORMAL BOILING POINT.

HYDROGEN, NORMAL BOILING POINT.

TABLE
28

33 ASTON, J. G. AND MOESSEN» G. W.

THE NORMAL BOILING POINTS OF OXYGEN ON THE THERMODYNAMIC SCALE.

J, CHEM. PHYS. VOL. 21, 948 (1953)

OXYGEN. NORMAL BOILING POINT.

TABLE

34 ASTON, J. G.» WILLIHNGANZ. E.. AND MESSERLY. G. H.

HEAT CAPACITIES AND ENTROPIES OF ORGANIC COMPOUNDS. I. A THERMODYNAMIC

TEMPERATURE SCALE IN TERMS OF THE COPPER-CONSTANTAN THERMOCOUPLE FROM

12 TO 273 DEGREES K.

J. AM. CHEM. SOC. VOL. 57. 1642-6 (1935)

OXYGEN, VAPOR PRESSURE-LIQUID (63 TO 90 DEGREES K.).

HYDROGEN (APPROXIMATELY 50 PER CENT ORTHO-PARA MIXTURE). VAPOR PRESSURELIQUID (18 TO 21 DEGREES K.).

TABLE

35 AUGUST IN. H. UBER DIE DICHTE DES FLUSSIGEN WASSERSTOFFS. DEN BRECHUNGSEXPONENTEN UND

DIE DISPERSION DES FLUSSIGEN WASSERSTOFFS UND DES FLUSSIGEN ST ICKSTOFFS.

(CONCERNING THE DENSITY OF LIQUID HYDROGEN. THE REFRACTIVE INDEX AND THE

DISPERSION OF LIQUID HYDROGEN AND LIQUID NITROGEN.)

ANN. PHYSIK VOL. 46, 419-45 (1915)

HYDROGEN DENSITY-LIQUID (MEASURED AT THE NORMAL BOILING POINT).

TABLE, EQUATION

GERMAN

36 BAGATSKI1, M. I., VORONEL, A. V. AND GUSAK, V. G.

MEASUREMENT OF THE SPECIFIC HEAT (V=CONSTANT) OF ARGON IN THE IMMEDIATE

VICINITY OF THE CRITICAL POINT.

SOVIET PHYS. JETP VOL. 16, NO. 2, 517-18 (1963)

TRANSLATION FROM ZHUR. EK.SPTL. I TEORET. FIZ. VOL. 43. 728-29 (1962)

ARGON, HEAT CAPACITY-LIQUID (150 DEGREES K. VERY NEAR THE CRITICAL POINT)

GRAPHICAL DATA ONLY

37 BALY, E. C. C. ON THE DISTILLATION OF LIQUID AIR, AND THE COMPOSITION OF THE GASEOUS AND

LIQUID PHASES. PART I. AT CONSTANT PRESSURE.

PHIL. MAG. VOL. 49, 517-29 (1900)

ALSO IN PROC. PHYS. SOC. (LONDON) VOL. 17, 157-69 (1900)

NITROGEN, VAPOR PRESSURE-LIQUID (77 TO 91 DEGREES K.)» NORMAL BOILING

POINT.

OXYGEN, VAPOR PRESSURE-LIQUID (77 TO 91 DEGREES K.. ) , NORMAL BOILING POINT

TABLE
29

38 BALY. E. C. C. AND DONNAN, F. G.

THE VARIATION WITH TEMPERATURE OF THE SURFACE ENERGIES AND DENSITIES OF

LIQUID OXYGEN. NITROGEN, ARGON. AND CARBON MONOXIDE.

J. CHEM. SOC. VOL. 81, 907-23 (1902)

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID (68 TO 90 DEGREES K.), DENSITYLIQUID (71 TO 88 DEGREES K. > . OXYGEN. DENSITY-LIQUID (69 TO 89 DEGREES K. )

.

NITROGEN. DENSITY-LIQUID (69 TO 87 DEGREES K.>.

ARGON, DENSITY-LIQUID (85 TO 89 DEGREES K.J.

TABLE, EQUATION

39 BARBER, C. R. AND HORSFORD. A. THE DETERMINATION OF THE BOILING AND TRIPLE POINTS OF EQUILIBRIUM

HYDROGEN AND ITS VAPOUR PRESSURE-TEMPERATURE RELATION.

BRIT. J. APPL. PHYS. VOL. 14» NO. 12. 920-23 (1963)

PARAHYDROGEN, VAPOR PRESSURE-LIQUID (14 TO 20 DEGREES K»>» NORMAL BOILING

POINT, TRIPLE POINT. EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE

40 BARSCHALL, H. UBER DIE VERDAMPFUNGSWARME DES SAUERSTOFFES.

(THE HEAT OF VAPORIZATION OF OXYGEN.)

Z. ELEKTROCHEM. VOL. 17, 345-8 (1911)

OXYGEN, HEAT OF VAPORIZATION (90 DEGREES K.).

TABLE

GERMAN

41 BARTHOLOME, E. ZUR THERMISCHEN UND CALORISCHEN ZUSTANDSGLEICHUNG DER KONDENSIERTEN

WASSERSTOFFISOTOPEN. I. EXPERIMENTELLE BESTIMMUNG DER ZUSTANDSGROSSEN.

(ON THERMAL AND CALORIMETRIC EQUATIONS OF STATE OF CONDENSED HYDROGEN

ISOTOPES. I. EXPERIMENTAL DETERMINATION OF STATE VALUES.)

Z. PHYSIK. CHEM. VOL. 33B, 387-404 (1936)

HYDROGEN, DENSITY-LIQUID (16.4 TO 18.2 DEGREES K..), DENSITY-SOLID

(16.4 TO 18.2 DEGREES K..).

DEUTERIUM, DENSITY-LIQUID (18.6 TO 20.9 DEGREES K.)» DENSITY-SOLID

(18.6 TO 20.9 DEGREES K.).

THESE DATA ARE REPORTED AS RATIO OF SOLID-TO-LIQUID DENSITY AND CHANGE

OF VOLUME ON MELTING.

TABLE

GERMAN

42 BARTHOLOME, E. AND EUCtCEN, A.

DIE DIREK.TE CALORIMETR ISCHE BESTIMMUNG VON SPEZIFISCHE WARME

(V=KONSTANTE) DER WASSERSTOFFISOTOPE IM FESTEN UND FLUSSI6EN ZUSTAND.

(DIRECT CALORIMETRIC DETERMINATION OF SPECIFIC HEAT <V=CONSTANT> OF

HYDROGEN ISOTOPES IN SOLID AND LIQUID STATES.)

Z. ELEKTROCHEM. VOL. 42, 547-51 (1936)

HYDROGEN, HEAT CAPACITY-SOLID (11 TO 18 DEGREES K») AND LIQUID (15 TO 23

DEGREES K.).

DEUTERIUM, HEAT CAPACITY-SOLID (11 TO 21 DEGREES K. > AND LIQUID (19 TO 23

DEGREES K.).

TABLE, GRAPH

GERMAN
30

43 BAUM* J. L. SOLID HELIUM-3 BELOW 1 DEGREE K. OHIO STATE UNIV., COLUMBUS* PH. D. THESIS (1961) 134 P. HELIUM-3. MELTING PRESSURE (0.06 TO 0.7 DEGREES K. ) HEAT CAPACITY-LIQUID

(0.05 TO 0.7 DEGREES K.).

TABLE* GRAPH

44 BAUM* J. L.* BREWER* D. F.» DAUNT* J. G. » AND EDWARDS* D. 0.

MEASUREMENTS OF THE MELTING CURVE OF PURE HELIUM-3 BELOW THE MINIMUM.

PHYS. REV. LETTERS VOL. 3* 127-8 (1959)

HELIUM-3* MELTING PRESSURE (0.12 TO 0.70 DEGREES <*)•

TABLE, GRAPH

45 BEHN* U. UEBER DIE SUBLIMATIONSWARME DER KOHLENSAURE UND DIE VERDAMPFUNGSWARME D€R

LUFT.

(THE HEAT OF SUBLIMATION OF CARBON DIOXIDE AND THE HEAT OF VAPORIZATION

OF AIR.)

ANN. PHYSIK VOL. 1, 270-4 (1900)

AIR, HEAT OF VAPORIZATION (77 DEGREES K.J.

TABLE

GERMAN

46 BENEDICT, M. PRESSURE* VOLUME* TEMPERATURE PROPERTIES OF NITROGEN AT HIGH DENSITY II. RESULTS OBTAINED BY PISTON-DISPLACEMENT METHOD.

J. AM. CHEM. SOC. VOL. 59* 2233-42 (1937)

NITROGEN. MELTING PRESSURE (100 TO 150 DEGREES K.).

TABLE, GRAPH* EQUATION

47 BENNEWITZ, K. AND ANDREEWA, N. UNTERSUCHUN&EN IM KRITISCHEN GEBIET* III. ENERGIEMESSUNGEN MITTELS

JOULE-EFFEKTES.

(INVESTIGATIONS IN THE CRITICAL REGION. III. ENERGY MEASUREMENT BY MEANS

OF THE JOULE-THOMSON EFFECT.)

Z. PHYSIK.. CHEM. LEIPZIG VOL. 142A* 37-66 (1929)

OXYGEN, CRITICAL TEMPERATURE AND DENSITY.

NITROGEN, CRITICAL TEMPERATURE AND DENSITY.

METHANE, CRITICAL TEMPERATURE AND DENSITY.

ARGON, CRITICAL TEMPERATURE AND DENSITY.

DENSITIES FOR THE ABOVE FLUIDS WERE MEASURED ALONG THE CRITICAL ISOTHERM

AND INCLUDE VALUES BOTH ABOVE AND BELOW AS WELL AS AT THE CRITICAL POINT.

TABLE

GERMAN

48 BERMAN, R. AND MATE, C. F. SOME THERMAL PROPERTIES OF HELIUM AND THEIR RELATION TO THE TEMPERATURE

SCALE.

PHIL. MAG. VOL. 3* 461-9 (1958)

HELIUM, HEAT OF VAPORIZATION (2.2 TO 5.2 DEGREES K. ) AND CALCULATED

VALUES OF LIQUID AND VAPOR DENSITIES (2.2 TO 5.2 DEGREES K.).

TABLE, GRAPH
31

49 BERMAN, R. AND POULTER, J.

ON THE LATENT HEAT AND VAPOUR DENSITY OF HELIUM,

PHIL. MAG, VOL. 43, 1047-54 (1952)

HELIUM, HEAT OF VAPORIZATION (2.9 T 4.5 DEGREES K, ) AND CALCULATED VALUES

OF VAPOR DENSITY (2,9 TO 4,5 DEGREES K.).

TABLE, GRAPH

50 BERMAN, R. AND SWENSON, C. A. ABSOLUTE TEMPERATURE SCALE BETWEEN 4.2 DEGREES AND 5.2 DEGREES K. PHYS. REV. VOL. 95, 311-14 (1954)

HELIUM, VAPOR PRESSURE-LIQUID (4.2 TO 5.2 DEGREES K.).

EQUATION ONLY

51 BESTELMEYER, A.

UBER SIEDENDEN SAUERSTOFF.

(BOILING OXYGEN.)

ANN. PHYSIIC VOL. 14, 87-98 (1904)

OXYGEN, VAPOR PRESSURE-LIQUID (82 TO 90 DEGREES K. >

•

TABLE

GERMAN

52 BIGELEISEN, J. AND KERR, E. C.

VAPOR PRESSURE OF HT.

J. CHEM. PHYS. VOL. 23, 2442-3 (1955)

HYDROGEN TRIT1DE, VAPOR PRESSURE-LIQUID (20 DEGREES K. ) DATA IS REPORTED

AS THE RATIO OF HYDROGEN VAPOR PRESSURE TO HYDROGEN TRITIDE.

TABLE (1 VALUE)

53 BIGELEISEN, J. AND ROTH, E. VAPOR PRESSURES OF THE NEON ISOTOPES.

J. CHEM. PHYS. VOL. 35, 68-77 (1961)

NEON (NORMALLY OCCURRING AND ISOTOPES 20 AND 22), VAPOR PRESSURE-SOLID

(16 TO 24 DEGREES K.) AND LIQUID (24 TO 30 DEGREES K..), TRIPLE POINT.

TO 24 DEGREES K. ) AND LIQUID (24 TO 30 DEGREES K. ) » TRIPLE POINT.

TABLE, GRAPH, EQUATION

54 BILTZ, W.» FISCHER, W. AND WUNNENBERG, E. UBER MOLECULAR- UND ATOMVOLUMINA. 30. TIEFTEMPERATURVOLUMINA DER

ICRISTALLISIERTEN ST ICKSTOFFOXYDE.

(CONCERNING MOLECULAR AND ATOMIC VOLUMES. 30. THE LOW TEMPERATURE

VOLUME OF CRYSTALLINE NITROGEN-OXIDES.)

Z. ANORG. U. ALLGEM. CHEM. VOL. 193, 351-66 (1930)

OXYGEN, DENSITY-LIQUID (78 DEGREES K.)

TABLE

GERMAN
32

55 BLAGOI • YU. P. AND RUDENKO. N. S.

DENSITY OF LIQUIFIED GAS SOLUTIONS NITROGEN-OXYGEN AND ARGON-OXYGEN.

IZVEST. VYSSHIKH UCHEB. ZAVEDENII. FIZ. NO. 6. 145-51 (1958)

NITROGEN. DENSITY-LIQUID (65 TO 80 DEGREES K. )

OXYGEN. DENSITY-LIQUID (65 TO 90 DEGREES K. )

.

ARGON. DENSITY-LIQUID (84 TO 90 DEGREES K.>.

END POINT VALUES ARE GIVEN FOR CONCENTRATIONS OF EACH MIXTURE.

TABLE

RUSSIAN

56 BLOOMER. 0. T. AND PARENT. J. D.

PHYSICAL-CHEMICAL PROPERTIES OF METHANE-NITROGEN MIXTURES.

INSTITUTE OF GAS TECH.. CHICAGO. ILL.. RESEARCH BULL. 17 (APR 1952)

ALSO IN CHEM. ENG. PROGR. SYMPOSIUM SER. NO. 6. VOL. 49. 11-24 (1952)

METHANE (WITH 0.03 PER CENT NITROGEN). VAPOR PRESSURE-LIQUID (105 TO 190

DEGREES K.), DENSITY-LIQUID (124 TO 190 DEGREES K.) AND VAPOR (124 TO 190

DEGREES K.>» CRITICAL PRESSURE. TEMPERATURE AND DENSITY.

NITROGEN. VAPOR PRESSURE-LIQUID (99 TO 113 DEGREES K.).

TABLE, GRAPH

57 BLUE. R. W. AND HICKS. J. F. G.

COMPARISON OF PLATINUM-RHODIUM RESISTANCE THERMOMETERS WITH THE

HELIUM GAS THERMOMETER FROM 11 TO 300 DEGREES K. AN IMPROVED CRYOSTAT.

LOW TEMPERATURE STUDIES, NO. 2. J. AM. CHEM. SOC. VOL. 59. 1962-5 (1937)

HYDROGEN (NORMAL). NORMAL BOILING POINT, TRIPLE POINT.

OXYGEN, NORMAL BOILING POINT.

TABLE

58 BOATO. G. , CASANOVA. G.» SCOLES, G. . AND VALLAUR I . M. E. VAPOUR PRESSURE OF ISOTOPIC LIQUIDS. III. SOME CORRECTIONS TO PREVIOUS - PAPERS.

NUOVO CIMENTO VOL. 20, 87-93 (1961)

CORRECTIONS FOR ARGON AND NEON VAPOR PRESSURE DATA IN NUMBER 59 AND

NUMBER 60 BELOW.

TABLE

59 BOATO. G.» CASANOVA, G., AND VALLAURI , M. E. VAPOUR PRESSURE OF ISOTOPIC LIQUIDS. II. NEON AND ARGON ABOVE

BOILING-POINT.

NUOVO CIMENTO VOL. 16, 505-19 (1960)

ARGON, VAPOR PRESSURE-LIQUID (88 TO 119 DEGREES K. ) , DATA IS THE LOG OF

THE RATIO OF VAPOR PRESSURES OF ISOTOPES 36 AND 40.

NEON, VAPOR PRESSURE-LIQUID (25 TO 39 DEGREES K. ) , DATA IS THE LOG OF THE

RATIO OF VAPOR PRESSURES OF ISOTOPES 20 AND 22.

THE DATA WERE MEASURED BY SPECTROGRAPHI C ANALYSIS OF EQUILIBRIUM MIXTURES

OF THE ISOTOPES. SEE NUMBER 58 ABOVE FOR CORRECTIONS.

TABLE, GRAPH, EQUATION
33

60 B0AT0, G.» SCOLES, G., AND VALLAURI . M. E. VAPOUR PRESSURE OF ISOTOPIC LIQUIDS I. -ARGON, NITROGEN, OXYGEN, BELOW

BOILING POINT.

NUOVO CIMENTO VOL. 14, 735-747 (1959)

ARGON, VAPOR PRESSURE-LIQUID (84 TO 87 DEGREES K.). DATA IS THE LOG OF

THE RATIO OF VAPOR PRESSURES OF ISOTOPES 36 AND 40.

NITROGEN, VAPOR PRESSURE-LIQUID (71 TO 77 DEGREES K. ) , DATA IS THE LOG OF

THE RATIO OF VAPOR PRESSURES OF ISOTOPES 14 AND 14-15.

OXYGEN, VAPOR PRESSURE-LIQUID (85 TO 89 DEGREES K. ) , DATA IS THE LOG OF

THE RATIO OF VAPOR PRESSURES OF ISOTOPES 16 AND 16-18.

THE DATA WERE MEASURED BY SPECTROGRAPHIC ANALYSIS OF EQUILIBRIUM MIXTURES

OF THE ISOTOPES. SEE NUMBER 58 ABOVE FOR CORRECTIONS.

TABLE, GRAPH, EQUATION

61 BOATO, G., SCOLES, G., AND VALLAURI, M. E. VAPOUR PRESSURE OF ISOTOPIC SOLIDS BY A STEADY FLOW METHOD. ARGON BETWEEN

72 DEGREES K AND TRIPLE POINT.

NUOVO CIMENTO VOL. 23, 1041-53 (1962)

ARGON, VAPOR PRESSURE-SOLID (72 TO 84 DEGREES K. ) , TRIPLE POINT. THIS WAS

A VARIABLE MIXTURE OF ISOTOPES 36 AND 40.

TABLE

62 BONHOEFFER, IC. F. AND HARTECK, P. WEITERE VERSUCHE MIT PARAWASSERSTOFF.

(FURTHER EXPERIMENTS ON PARAHYDROGEN.

)

NATURWISSENSCHAFTEN VOL. 17, 321-22 (1929)

PARAHYDROGEN, VAPOR PRESSURE-LIQUID (20.26 AND 20.39 DEGREES K.)» TRIPLE

POINT.

TABLE

GERMAN

63 BORN, F. UBER DAMPFDRUCK.MESSUNGEN AN REINEM ARGON.

(VAPOR PRESSURE MEASUREMENTS ON PURE ARGON.)

ANN. PHYSIK. VOL. 69, 473-504 (1922)

ARGON, VAPOR PRESSURE-SOLID (66 TO 84 DEGREES K. ) AND LIQUID (84 TO 90

DEGREES K..).

TABLE, GRAPH, EQUATION

GERMAN

64 BOROVIK, E. S. , GRISHIN, S. F. AND GRISHINA, E. YA.

THE VAPOR PRESSURE OF NITROGEN AND HYDROGEN AT LOW PRESSURES.

SOVIET PHYS. TECH. PHYS. VOL. 5, 506-11 (1960)

TRANSLATION FROM ZHUR. TEKH. FIZ. VOL. 30* 539-45 (1960)

HYDROGEN, VAPOR PRESSURE-SOLID (3.4 TO 4.5 DEGREES K.), CALCULATED VALUE

OF HEAT OF SUBLIMATION AT APPROXIMATELY 4.2 DEGREES IC. TABLE, GRAPH
34

65 BOROVICK-ROMANOV, A, S.» ORLOVA. M. P. AND STRELKOV, P. G.

THE MAGNETIC AND THERMAL PROPERTIES OF THREE MODIFICATIONS OF SOLID

OXYGEN,

DOKLADY AKAD. NAUK S.S.S.R. VOL. 99 f 699-702 (1954)

OXYGENt HEAT CAPACITY-SOLID ALPHA (23 TO 24 DEGREES <.), SOLID-SOLID

TRANSITION (ALPHA-BETA) IS SHOWN BY A SHARP DISCONTINUITY IN HEAT

CAPACITY VS TEMPERATURE CURVE.

GRAPHICAL DATA ONLY

RUSSIAN

66 BOROVICK-ROMANOV, A. S.» AND STRELKOV, P. G.

A NEW TYPE OF GAS THERMOMETER AND A DETERMINATION OF THE BOILING POINT OF

HYDROGEN.

AKAD. NAUK. S.S.S.R. DOKLADY VOL. 83» 59-61 (1952)

HYDROGEN (NORMAL). NORMAL BOILING POINT.

TABLE

RUSSIAN

67 BOURBO. P. AND ISCHKIN, I. UNTERSUCHUNGEN UBER DAS GLEICHGEW ICHT VON FLUSSIGKEIT UND DAMPF DES

SYSTEMS ARGON-SAUERSTOFF.

(VAPOR-LIQUID EQUILIBRIUM IN THE SYSTEM ARGON-OXYGEN.)

PHYSICA VOL. 3. 1067-80 (1936)

ARGON, VAPOR PRESSURE-LIQUID (87 TO 95 DEGREES K.).

TABLE, GRAPH

GERMAN

68 BREWER, D. F., DAUNT, J. G. AND SREEDHAR, A. K. LOW TEMPERATURE SPECIFIC HEAT OF LIQUID HELIUM-3 NEAR THE SATURATED

VAPOR PRESSURE AND AT HIGHER PRESSURES.

PHYS. REV. VOL. 115, NO. 4, 836-42 (1959)

HELIUM-3, HEAT CAPACITY-LIQUID (0.1 TO 0.75 DEGREES 1C. )

.

TABLE, GRAPH

69 BREWER, D. F. AND KEYSTON, J. R. G. SPECIFIC HEAT AND EXPANSION COEFFICIENT OF LIQUID HELIUM-3 UNDER PRESSURE

BELOW 0.1 DEGREE K.

NATURE VOL. 191, 1261-3 (1961)

HELIUM-3, HEAT CAPACITY-LIQUID (0.04 TO 0.3 DEGREES K.>.

GRAPHICAL DATA ONLY

70 BREWER, D. F., SREEDHAR, A. K.» KRAMERS, H. C. AND DAUNT, J. G.

SPECIFIC HEAT OF HELIUM-3 BELOW 1 DEGREE K. PHYS. REV. VOL. 110, 282-4 (1958)

HELIUM-3, HEAT CAPACITY-LIQUID (0.1 TO 1.0 DEGREES K.I.

GRAPHICAL DATA ONLY
35

71 BRICKWEDDE. F. G., SCOTT. R. B. AND TAYLOR. H. S.

THE DIFFERENCE IN VAPOR PRESSURES OF ORTHO AND PARA DEUTERIUM.

J. CHEM. PHYS. VOL. 3, 653-660 (1935)

ALSO IN J. RESEARCH NATL. BUR. STANDARDS VOL. 15 » 463-75 (1935) RP841

DEUTERIUM. VAPOR PRESSURE-SOLID (15 TO 18 DEGREES K.) AND LIQUID (18 TO

20 DEGREES K.) THE MEASUREMENTS INCLUDE NORMAL DEUTERIUM. THE DIFFERENCE

BETWEEN NORMAL AND 20.4 DEGREES K. EQUILIBRIUM AND THE DIFFERENCE

BETWEEN ORTHO AND PARA. EQUATIONS ARE PRESENTED WHICH FIT THE DATA FOR

NORMAL AND EQUILIBRIUM DEUTERIUM (SOLID AND LIQUID) AND THESE EQUATIONS

ARE USED TO CALCULATE THE TRIPLE POINT. DIFFERENCES BETWEEN NORMAL AND

EQUILIBRIUM AND BETWEEN ORTHO AND PARA HEATS OF SUBLIMATION AND

VAPORIZATION ARE CALCULATED.

TABLE, GRAPH, EQUATION

72 BRICKWEDDE, F. G. » SCOTT, R. B., UREY, H. C. AND WAHL , M. H. THE VAPOR PRESSURE OF DEUTERIUM.

PHYS. REV. VOL. 45, 565 (1934)

DEUTERIUM, VAPOR PRESSURE-SOLID (14 DEGREES K.) AND LIQUID (20 DEGREES

K. ) , TRIPLE POINT.

TABLE

73 BRIDGMAN, P. W.

THE MELTING PARAMETERS OF NITROGEN AND ARGON UNDER PRESSURE. AND THE

NATURE OF THE MELTING CURVE.

PHYS. REV. VOL. 46, 930-33 (1934)

NITROGEN, MELTING PRESSURE (63 TO 149 DEGREES K. ) , CHANGE IN VOLUME ON

MELTING (63 TO 149 DEGREES K. )

•

ARGON. MELTING PRESSURE (84 TO 193 DEGREES K, ) , CHANGE IN VOLUME ON

MELTING (84 TO 193 DEGREES K.).

THE DATA PRESENTED HERE ARE SUBSTANTIALLY THE SAME AS NUMBER 74 BELOW

WITH SOME MINOR DIFFERENCES.

TABLE

74 BRIDGMAN* P. W.

THE MELTING CURVES AND COMPRESSIBILITIES OF NITROGEN AND ARGON.

PROC. AM. ACAD. ARTS SCI. VOL. 70, 1-32 (1936)

NITROGEN, MELTING PRESSURE (63 TO 149 DEGREES K. ) . CHANGE IN VOLUME ON

MELTING (63 TO 149 DEGREES K.)» CALCULATED VALUES OF HEAT OF FUSION (63

TO 149 DEGREES KW).

ARGON. MELTING PRESSURE (84 TO 193 DEGREES K.). CHANGE IN VOLUME ON

MELTING (84 TO 193 DEGREES K. ) » CALCULATED VALUES OF HEAT OF FUSION (84

TO 193 DEGREES K.).

TABLE, GRAPH

75 BUCHMANN, E. HELIUMISOTHERMEN BEI TIEFEN TEMPERATUREN UNO HOHEN DRUCKEN.

(HELIUM ISOTHERMS AT LOW TEMPERATURES AND HIGH PRESSURES.)

Z. PHYSIK. CHEM. VOL. 163A, 461-8 (1933)

HELIUM. MELTING PRESSURE (13 TO 20 DEGREES (C. ) . DENSITY-FLUID (13 TO 20

DEGREES £•)•

TABLE

GERMAN
36

76 BULLE, F. UBER DIE DAMPFDRUCKKURVE DES SAUERSTOFFS UND UBER EINE BESTIMMUNG DER

KRITISCHEN DATEN VON WASSERSTOFF.

(VAPOR PRESSURE CURVE OF OXYGEN AND A DETERMINATION OF THE CRITICAL DATA

FOR HYDROGEN.)

PHYSIK. Z. VOL. 14. 860-2 (1913)

OXYGEN. VAPOR PRESSURE-LIQUID (92 TO 136 DEGREES K. )

.

HYDROGEN. VAPOR PRESSURE-LIQUID (20 TO 32 DEGREES K. ) » CALCULATED VALUES

OF CRITICAL PRESSURE AND TEMPERATURE.

TABLE, GRAPH

GERMAN

77 CADY. G. H. AND HILDEBRAND. J. H.

THE VAPOR PRESSURE AND CRITICAL TEMPERATURE OF FLUORINE.

J. AM. CHEM. SOC. VOL. 52. 3839-43 (1930)

FLUORINE. VAPOR PRESSURE-LIQUID (73 TO 86 DEGREES K. ) , CALCULATED VALUES

OF NORMAL BOILING POINT. CRITICAL PRESSURE AND TEMPERATURE. AND HEAT OF

VAPORIZATION AT NBP.

TABLE, GRAPH. EQUATION

78 CARDOSO. E. DETERMINATION DES ELEMENTS CRITIQUES DU METHANE.

(DETERMINATION OF THE CRITICAL CONSTANTS OF METHANE.)

ARCH. SCI. PHYS. ET NAT. VOL. 36. 97-100 (1913)

METHANE. CRITICAL PRESSURE. DENSITY AND TEMPERATURE.

TABLE

FRENCH

79 CARDOSO, E. DETERMINATION EXPER IMENTALE DES CRITIQUE DE L'OXYGENE, DE L'AZOTE,

DE L'OXYDE DE CARBONE, ET DU METHANE.

(EXPERIMENTAL DETERMINATION OF THE CRITICAL CONSTANTS OF OXYGEN.

NITROGEN. CARBON MONOXIDE, AND METHANE.)

ARCH. SCI. PHYS. ET NAT. VOL. 39. 400-2 (1915)

NITROGEN. CRITICAL PRESSURE AND TEMPERATURE.

OXYGEN. CRITICAL PRESSURE AND TEMPERATURE.

METHANE. CRITICAL PRESSURE AND TEMPERATURE.

CARBON MONOXIDE, CRITICAL PRESSURE AND TEMPERATURE.

TABLE

FRENCH

80 CARDOSO, E. DENSITES DES PHASES COEXISTANTES DU METHANE ET DE L'OXYDE DE CARBONE.

(DENSITY OF THE COEXISTENT PHASES OF METHANE AND OF CARBON MONOXIDE.)

ARCH. SCI. PHYS. ET NAT. VOL. 39, 403-4 (1915)

METHANE, CRITICAL DENSITY.

CARBON MONOXIDE, CRITICAL DENSITY.

TABLE

FRENCH
37

81 CARDOSO. E. CONTRIBUTION A L'ETUDE DU POINT CRITIQUE DE QUELQUES GAZ DIFFICI LEMENT

LIQUEFIABLES. AZOTE. OXYDE DE CARBONE, OXYGENE. METHANE.

(A CONTRIBUTION TO THE STUDY OF THE CRITICAL POINT OF SOME DIFFICULT

GASES TO LIQUEFY -NITROGEN. CARBON MONOXIDE. OXYGEN. METHANE.)

J. CHIM. PHYS. VOL. 13. 312-50 (1916)

NITR06EN. CRITICAL PRESSURE AND TEMPERATURE.

OXYGEN. CRITICAL PRESSURE AND TEMPERATURE.

METHANE. DENSITY-LIQUID AND VAPOR (166 TO 189 DEGREES K, ) » CRITICAL

PRESSURE AND TEMPERATURE, EXTRAPOLATED VALUE OF CRITICAL DENSITY.

CARBON MONOXIDE, DENSITY-LIQUID AND VAPOR (123 TO 133 DEGREES K. >

,

CRITICAL PRESSURE AND TEMPERATURE. EXTRAPOLATED VALUE OF CRITICAL DENSITY

TABLE, GRAPH, EQUATION

FRENCH

82 CATH, P. G.

ON THE MEASUREMENT OF VERY LOW TEMPERATURES. VAPOUR-PRESSURES OF OXYGEN

AND NITROGEN FOR OBTAINING FIXED POINTS ON THE TEMPERATURE SCALE BELOW

DEGREES C. COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 152D (1918)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 21 i 656-63 (1919)

TRANSLATION FROM VERSLAG GEWONE VER. WISEN. NATUURK AFDEEL KON. AKAD.

WETENSCHAP. AMSTERDAM VOL. 27, 553-60 (1918)

NITROGEN, VAPOR PRESSURE-SOLID (58 TO 60 DEGREES K. ) AND LIQUID (64 TO 84

DEGREES K.), EQUATION FOR SOLID AND LIQUID VAPOR PRESSURE, CALCULATED

VALUES OF TRIPLE POINT AND NORMAL BOILING POINT.

OXYGEN. VAPOR PRESSURE-LIQUID (62 TO 90 DEGREES K.)» EQUATION FOR LIQUID

VAPOR PRESSURE. CALCULATED VALUE OF NORMAL BOILING POINT.

TABLE, EQUATION

83 CATH, P. G. AND ONNES. H. K.

ON THE MEASUREMENT OF LOW TEMPERATURES. XXVI I. VAPOUR-PRESSURES OF

HYDROGEN IN THE NEIGHBOURHOOD OF THE BOILING POINT AND BETWEEN THE

BOILING POINT AND THE CRITICAL TEMPERATURE.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 152A (1918)

TRANSLATION FROM VERSLAG. GEWONE VERGADER. AFDEL. NATUURK. KONINKL. NED.

AKAD. WETENSCHP. VOL. 26. 437-44 AND VOL. 26, 490-3 (1917)

HYDROGEN, VAPOR PRESSURE-LIQUID (14 TO 33 DEGREES K.), NORMAL BOILING

POINT, EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, EQUATION

84 CATH, P. G. AND ONNES, H. K. ISOTHERMALS OF MONATOMIC SUBSTANCES AND THEIR BINARY MIXTURES. XIX.

VAPOUR-PRESSURES OF NEON BETWEEN THE BOILING POINT AND THE CRITICAL

POINT.

COMMUMS. PHYS. LAB. UNIV. LEIDEN NO. 152B (1918)

TRANSLATION FROM KONINKL. NED. AKAD. WETENSCHAP. PROC. VOL. 20. 1160-2

( 1918)

NEON. VAPOR PRESSURE-LIQUID (24 TO 44 DEGREES K. > , EQUATION FOR LIQUID

VAPOR PRESSURE.

TABLE, GRAPH, EQUATION
38

85 CHASE, C. E., MAXWELL, E. AND MILLETT, W. E. THE DIELECTRIC CONSTANT OF LIQUID HELIUM.

PHYSICA VOL. 27, 1129-45 (1961)

HELIUM, DENSITY-LIQUID (TEMPERATURE VARIES + OR - 0.03 DEGREES K. FROM

LAMBDA TEMPERATURE), THE ARTICLE INCLUDES ONE GRAPH CONTAINING THE

DIFFERENCE BETWEEN MEASURED DENSITY AND LAMBDA DENSITY PLOTTED AGAINST

THE SAME DIFFERENCE IN TEMPERATURE, THE DENSITY WAS CALCULATED BY MEANS

OF THE CLAUSIUS-MOSSOTTI RELATION.

GRAPHICAL DATA ONLY

86 CHESTER, P. F. AND DUGDALE, J. S.

MELTING CURVES OF DEUTERIUM AND HYDROGEN.

PHYS. REV. VOL. 95, 278-9 (1954)

HYDROGEN, MELTING PRESSURE (14 TO 60 DEGREES K. )

.

DEUTERIUM, MELTING PRESSURE (18 TO 60 DEGREES K. )

.

GRAPHICAL DATA ONLY

87 CINES, M. R., ROACH, J. T., HOGAN , R. J., AND ROLAND, C. H.

NITROGEN-METHANE VAPOR-LIQUID EQUILIBRIA.

CHEM. ENG. PROGR. SYMPOSIUM SER. NO. 6, VOL. 49, 1-10 (1953)

NITROGEN, VAPOR PRESSURE-LIQUID (100 TO 125 DEGREES K.. )

.

TABLE

88 CLARK., A. M., DIN, F., ROBB , J.» MICHELS, A., WASSENAAR , T. AND

ZWIETERING, TH.

THE VAPOUR PRESSURE OF ARGON.

PHYSICA VOL. 17, 876-884 (1951)

ARGON, VAPOR PRESSURE-SOLID (70 TO 84 DEGREES K, ) AND LIQUID (84 TO 150

DEGREES K.)» EQUATION FOR SOLID AND LIQUID VAPOR PRESSURE, CALCULATED

VALUES OF TRIPLE POINT AND NORMAL BOILING POINT.

TABLE, GRAPH, EQUATION

89 CLAUSSEN, W. H.

THE VAPOR PRESSURE OF FLUORINE.

J. AM. CHEM. SOC. VOL. 56, 614-15 (1934)

FLUORINE, VAPOR PRESSURE-LIQUID (PRESSURE RANGE 6.3 TO 75.2 CM.),

CALCULATED VALUES OF NORMAL BOILING POINT AND HEAT OF VAPORIZATION AT THE

NBP.

EQUATION ONLY
39

90 CLAYTON* J. 0. AND GIAUQUE. W. F. THE HEAT CAPACITY AND ENTROPY OF CARBON MONOXIDE. HEAT OF VAPORIZATION.

VAPOR PRESSURES OF SOLID AND LIQUID. FREE. ENERGY TO 5000 DEGREES K FROM

SPECTROSCOPIC DATA.

J. AM. CHEM. SOC. VOL. 54, 2610-26 (1932)

CARBON MONOXIDE, HEAT CAPACITY-SOLID I ( 14 TO 59 DEGREES K.), SOLID II (63 TO 66 DEGREES K..) AND LIQUID (70 TO 85 DEGREES K.), HEAT OF FUSION,

HEAT OF SUBLIMATION, HEAT OF VAPORIZATION, HEAT OF TRANSITION (SOLID I TO

SOLID II), VAPOR PRESSURE-SOLID I (60 TO 62 DEGREES K. ) , SOLID II (62 TO

68 DEGREES K.) AND LIQUID (68 TO 83 DEGREES K.), EQUATION FOR SOLID AND

LIQUID VAPOR PRESSURE, MELTING TEMPERATURE, CALCULATED VALUE OF NORMAL

BOILING POINT. SEE NUMBER 91 BELOW FOR CORRECTION . TABLE, EQUATION

91 CLAYTON, J. 0. AND GIAUQUE, W. F. THE HEAT CAPACITY AND ENTROPY OF CARBON MONOXIDE. HEAT OF VAPORIZATION.

VAPOR PRESSURE OF SOLID AND LIQUID. FREE ENERGY TO 5000 DEGREES K FROM

SPECTROSCOPIC DATA.

J. AM. CHEM. SOC. VOL. 55, 5071-3 (1933)

CORRECTION FOR NUMBER 90 ABOVE. CORRECTION DOES NOT INVOLVE ANY

EXPERIMENTAL SATURATION PROPERTIES.

92 CLUSIUS, K.. UBER DIE SPEZIFISCHE WARME EINIGER KONDENS IERTER GASE ZWISCHEN 10 GRAD

ABS. UND IHREM TRIPELPUNKT.

(CONCERNING THE SPECIFIC HEAT OF CONDENSED GASES BETWEEN 10 DEGREES

ABSOLUTE AND THEIR TRIPLE POINTS.)

Z. PHYS1K. CHEM. (LEIPZIG) VOL. B3, 41-79 (1929)

NITROGEN* HEAT CAPACITY-SOLID II (10 TO 34 DEGREES K.)» SOLID I (38 TO 61

DEGREES K.) AND LIQUID (67 TO 73 DEGREES K.), HEAT OF FUSION (62 TO 66

DEGREES K.)» HEAT OF TRANSITION (SOLID I TO SOLID I I 35 TO 38 DEGREES K.. ) SOLID-SOLID TRANSITION POINT, MELTING POINT.

OXYGEN, HEAT CAPACITY-SOLID III ( 10 TO 23 DEGREES K.)» SOLID II (25 TO 41

DEGREES K.)» SOLID I (45 TO 53 DEGREES K. ) AND LIQUID (57 TO 73 DEGREES

K.), HEAT OF FUSION (53 TO 57 DEGREES K.)» HEATS OF TRANSITION (SOLID II TO SOLID III 23 TO 26 DEGREES K. ) (SOLID I TO SOLID II 42 TO 48 DEGREES

K.)» SOLID-SOLID TRANSITION POINTS, MELTING POINT.

METHANE, HEAT CAPACITY-SOLID II ( 10 TO 20 DEGREES K. ) » SOLID I (21 TO 87

DEGREES K..), LIQUID (95 TO 105 DEGREES K. ) , HEAT OF FUSION (88 TO 95

DEGREES K..), HEAT OF TRANSITION (SOLID I TO SOLID II 17 TO 21 DEGREES K. ) SOLID-SOLID TRANSITION POINT, MELTING POINT.

CARBON MONOXIDE, HEAT CAPACITY-SOLID II (12 TO 57 DEGREES K.)» SOLID I (63 TO 66 DEGREES <•) AND LIQUID (70 TO 81 DEGREES K. ) , HEAT OF FUSION

(67 TO 73 DEGREES K.), HEAT OF TRANSITION (SOLID I TO SOLID II 58 TO 63

DEGREES K.)» SOLID-SOLID TRANSITION POINT, MELTING POINT.

TABLE, GRAPH

GERMAN

93 CLUSIUS, K. DIE DAMPFDRUCK.K.ONSTANTE DES NEONS.

(THE VAPOR PRESSURE CONSTANT OF NEON.)

Z. PHYSIK.. CHEM. (LEIPZIG) VOL. B4, 1-13 (1929)

NEON, HEAT CAPACITY-SOLID (11 TO 24 DEGREES K.) AND LIQUID (28 TO 44

DEGREES K.)» CALCULATED VALUES OF HEAT OF VAPORIZATION (AT DEGREES K.)

AND VAPOR PRESSURE CONSTANT.

TABLE, GRAPH, EQUATION

GERMAN
40

94 CLUSIUS, K. ATOMWARMEN UND SCHMELZWARMEN VON NEON » ARGON. UND KRYPTON.

(ATOMIC HEAT AND HEAT OF FUSION OF NEON» ARGON» AND KRYPTON.)

Z. PHYSIK. CHEM, (LEIPZIG) VOL. B31. 459-74 (1936)

NEON. HEAT CAPACITY-SOLID (12 TO 23 DEGREES K. ) AND LIQUID (26 TO 27

DEGREES K. ) . HEAT OF FUSION (24 TO 25 DEGREES K. ) TRIPLE POINT.

ARGON, HEAT CAPACITY-SOLID (10 TO 80 DEGREES K. ) AND LIQUID (86 TO 89

DEGREES K.), HEAT OF FUSION (82 TO 85 DEGREES K.)t TRIPLE POINT.

TABLE

GERMAN

95 CLUSIUS. K. WIRD DIE SCHMELZSCHARFE DURCH DIE ISOTOPIE BEEINFLUSST. DIE

TRIPELPUNKTSDRUCKE DER GASE CO, A. N20. HCL AND HBR.

(IS THE SHARPNESS OF THE MELTING POINT INFLUENCED BY THE ISOTOPES. THE

TRIPLE POINT PRESSURES OF THE GASES CARBON MONOXIDE, ARGON, NITROUS

OXIDE, HYDROGEN CHLORIDE AND HYDROGEN BROMIDE.)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B49, 12 (1941)

ARGON, TRIPLE POINT PRESSURE.

CARBON MONOXIDE, TRIPLE POINT PRESSURE.

TABLE

GERMAN

96 CLUSIUS, K. AND BARTHOLOME, E. DIE EIGENSCHAFTEN DES KONDENSI ERTEN SCHWEREN WASSERSTOFFS.

(THE PROPERTIES OF CONDENSED HEAVY HYDROGEN.)

Z. TECH. PHYSIK VOL. 15, 545-7 (1934)

DEUTERIUM, HEAT CAPACITY-SOLID (10 TO 18 DEGREES K. ) AND LIQUID (19 TO 22

DEGREES K.), HEAT OF FUSION, MELTING TEMPERATURE, TRIPLE POINT PRESSURE,

CALCULATED VALUE FOR LIQUID DENSITY AT THE TRIPLE POINT.

TABLE, GRAPH

GERMAN

97 CLUSIUS, K.. AND BARTHOLOME, E. DIE SPEZIFISCHE WARME UND SCHMELZWARME DES KONDENSI ETEN DIWASSERSTOFFS.

(THE SPECIFIC HEAT AND HEAT OF FUSION OF CONDENSED DEUTERIUM.)

NACHR. GES. WISS. GOTTINGEN VOL. 1, NO. 4, 29-39 (1934)

DEUTERIUM, HEAT CAPACITY-SOLID (10 TO 18 DEGREES K. ) AND LIQUID (19 TO 22

DEGREES K.)» HEAT OF FUSION (18 TO 19 DEGREES K. )

.

TABLE, GRAPH

GERMAN

98 CLUSIUS, K. AND BARTHOLOME, E. CALORISCHE UND THERMISCHE EIGENSCHAFTEN DES KONDENSIERTEN SCHWEREN

WASSERSTOFFS.

(CALORIMETRIC AND THERMAL PROPERTIES OF CONDENSED HEAVY HYDROGEN.)

Z. PHYSIK. CHEM. VOL. B30, 237-57 (1935)

DEUTERIUM, HEAT CAPACITY-SOLID (10 TO 18 DEGREES K. ) AND LIQUID (19 TO 22

DEGREES K.)» HEAT OF FUSION (18 TO 19 DEGREES K.)» HEAT OF VAPORIZATION

(19.6 DEGREES K. ) , MELTING PRESSURE (18 TO 21 DEGREES K.), DENSITY-LIQUID

(18 TO 21 DEGREES K.), TRIPLE POINT, EQUATIONS FOR MELTING CURVE AND

LIQUID DENSITY, CALCULATION OF HEAT OF SUBLIMATION AT DEGREES K. AND OF

THF DENSITY OF THE SOLID AND LIQUID AT THE TRIPLE POINT.

TABLE, GRAPH, EQUATION

GERMAN
41

99 CLUSIUS, K.» ENDTINGER, F., AND SCHLEICH, K. ERGEBNISSE DER TIEFTEMPERATURFORSCHUNG. XXX. DIE DAMPFDRUCK.DI FFERENZ VON

12-CH4 UND 13-CH4 ZWISCHEN SCHMELZ-UND SIEDEPUNKT.

(RESULTS OF LOW TEMPERATURE RESEARCH. XXX. THE VAPOR PRESSURE DIFFERENCE

OF CARBON 12 AND 13 METHANES BETWEEN MELTING AND BOILING POINTS.)

HELV. CHIM. ACTA VOL. 43, 1267-74 (1960)

METHANE. VAPOR PRESSURE-LIQUID (91 TO 110 DEGREES K. ) THE DATA ARE

PRESENTED AS AN EQUATION WHICH GIVES THE RATIO OF THE VAPOR PRESSURES OF

METHANE WITH CARBON 12 AND METHANE WITH CARBON 13. CALCULATED VALUES OF

TRIPLE POINT AND NORMAL BOILING POINT.

TABLE, EQUATION

GERMAN

100 CLUSIUS. K.» ENDTINGER, F. AND SCHLEICH. (C. 13. ERGEBNISSE DER TIEFTEMPERATURFORSCHUNG. XXXIII. DIE

DAMPFDRUCKDIFFERENZ VON OXYGEN-16 UND OXYGEN-18 ZWISCHEN 63 GRAD UND 90

GRAD K. (RESULTS OF LOW TEMPERATURE RESEARCH. XXXIII. THE VAPOR PRESSURE

DIFFERENCE OF OXYGEN-16 AND OXYGEN-18 BETWEEN 63 AND 90 DEGREES K. ) HELV. CHIM. ACTA VOL. 44, 98-105 (1961)

OXYGEN. VAPOR PRESSURE-LIQUID (63 TO 90 DEGREES K. ) THE DATA ARE FOR

ISOTOPE 16 AND FOR THE RATIO OF THE VAPOR PRESSURES OF ISOTOPES 16 AND

18. AN EQUATION IS GIVEN FOR THIS RATIO. CALCULATED VALUES OF HEAT OF

VAPORIZATION AND NORMAL BOILING POINT-DIFFERENCE BETWEEN THE ISOTOPES.

TABLE. GRAPH, EQUATION

GERMAN

101 CLUSIUS, K.» FLUBACHER, P.. PIESBERGEN, U.» SCHLEICH, K. AND

SPERANDIO, A.

ERGEBNISSE DER TIEFTEMPERATURFORSCHUNG. XXVII. VERGLEICH DER ATOM- UND

SCHMELZWARMEN SOWIE DER ENTROPIEN DER KONDENSIERTEN ISOTOPE NEON-20 UND

NEON-22.

(RESULTS OF LOW TEMPERATURE RESEARCH. XXVI I. COMPARISON OF THE ATOMIC AND

MELTING HEATS AS WELL AS THE ENTROPY OF CONDENSED ISOTOPE wFON-20 AND

NEON-22.)

Z. NATURFORSCH. VOL. 15A, 1-9 (1960)

NEON (ISOTOPES 20 AND 22), HEAT CAPACITY-SOLID ( 8 TO 23 DEGREES K.), AND

LIQUID (25 TO 26 DEGREES *.) HEAT OF FUSION (24 TO 26 DEGREES K. )

»

TRIPLE POINT.

TABLE, GRAPH

GERMAN

102 CLUSIUS* K. AND FRANK, A.

ZUR ENTROPIE DES ARGONS.

(ON THE ENTROPY OF ARGON.)

Z. ELEKTROCHEM. VOL. 49, NO. 4. 308-9 (1943)

ARGON, NORMAL BOILING POINT.

TABLE (1 VALUE)

GERMAN
42

103 CLUSIUS, IC. AND HILLER, Km DIE SPEZIFISCHEN WARMEN DES PARAWASSERSTOFFS IN FESTEM, FLUSSIGEM UNO

GASFORMIGEM ZUSTANDE.

(SPECIFIC HEAT OF PARAHYDROGEN IN SOLID, LIQUID AND GASEOUS STATES.)

Z. PHYSIK. CHEN. (LEIPZIG) VOL. B4. 158-68 (1929)

PARAHYDRO&EN. HEAT CAPACITY-SOLID (11 TO 13 DEGREES IC. ) AND LIQUID (15 TO

18 DEGREES IC.). HEAT OF FUSION ( 14 TO 15 DEGREES IC. ) , TRIPLE POINT

TEMPERATURE.

TABLE, GRAPH

GERMAN

104 CLUSIUS. K. AND K.ONNERTZ. F. ERGEBNISSE DER T IEFTEMPERATURFORSCHUNG. VI. ICALORIMETRI SCHE MESSUNGEN DER

VERDAMPFUNGSWARME DES SAUERSTOFFS BEI NORMALEM DRUCK. SOWIE DES AETHYLENS

UND PROPYLENS UNTERHALB UND OBERHALB VOM ATMOSPHARENDRUCIC.

(RESULTS OF LOW TEMPERATURE INVESTIGATIONS. VI. CALORIMETRIC MEASUREMENTS

OF THE LATENT HEAT OF VAPORIZATION OF OXYGEN NEAR NORMAL PRESSURE AS WELL

AS ETHYLENE AND PROPYLENE BELOW AND ABOVE ATMOSPHERIC PRESSURE.)

Z. NATURFORSCH. PT. A. VOL. 4A, 117-240(1949)

OXYGEN, NORMAL BOILING POINT, HEAT OF VAPORIZATION AT NBP.

TABLE

GERMAN

105 CLUSIUS, K. AND PERLICIC, A. DIE UNSTETIGKEIT IM THERMISCHEN UND ICALORISCHEN VERHALTEN DES METHANS BEI 20.4 GRAD ABS. ALS PHASENUMwANDLUNG ZWEITER ORDNuNG.

(THE CHANGE IN THE THERMAL BEHAVIOR OF METHANE AT 20.4 DEGREES K FOR THE

SECOND ORDER PHASE TRANSITION.)

Z. PHYSIK. CHEM. VOL. B24, 313-27 (1934)

METHANE, HEAT CAPACITY-SOLID II ( 15 TO 20 DEGREES IC. ) AND SOLID I (20 TO

25 DEGREES IC.)» SOLID-SOLID TRANSITION (SOLID I TO SOLID II 20 TO 21

DEGREES K.. PRESSURES TO 200 ATMOSPHERES), HEAT OF TRANSITION (SOLID I TO

SOLID II 19 TO 21 DEGREES K.J.

TABLE. GRAPH

GERMAN

106 CLUSIUS, IC., PIESBERGEN, U., AND VARDE, E. ERGEBNISSE DER T IEFTEMPERATURFORSCHUNG. XXVIII. DIE SCHMELZKURVE DES

STICKSTOFFS BIS 250 ATM. UND DES ST IOCSTOFFMONOXYDS BIS 75 ATM.

(RESULTS OF LOW TEMPERATURE RESEARCH. XXVIII. THE MELTING CURVE OF

NITROGEN TO 250 ATM. AND OF NITROUS OXIDE TO 75 ATM.)

HELV. CHIM. ACTA VOL. 42. 2356-64 (1959)

NITROGEN, MELTING PRESSURE (63 TO 68 DEGREES K. ) , TRIPLE POINT,

CALCULATED VALUES OF DENSITY OF SOLID AND LIQUID AT THE TRIPLE POINT AND

OF THE HEAT OF FUSION.

TABLE, GRAPH, EQUATION

GERMAN
43

107 CLUSIUS. K.., PIESBERGEN, U. AND VARDE . E. ERGEBNISSE DER TIEFTEMPERATURFORSCHUNG. XXXIII. DIE SCHMELZICURVE VON

K.OHLENOXYD BIS 250 ATM. UND SEIN VOLUMENSPRUNG AM SCHMELZPUNKT.

(RESULTS OF LOW TEMPERATURE RESEARCH, XXXIII. THE MELTING POINT CURVE OF

CARBON MONOXIDE UP TO 250 ATM. AND ITS VOLUME DI SCONTINUITY AT THE

MELTING POINT.)

HELV. CHIM. ACTA VOL. 43, 2059-63 (1960)

CARBON MONOXIDE, MELTING PRESSURE ( 6« TO 74 DEGREES K.)» TRIPLE POINT*

CALCULATED VALUES OF DENSITY OF SOLID AND LIQUID AT THE TRIPLE POINT AND

OF THE HEAT OF FUSION.

TABLE, GRAPH, EQUATION

GERMAN

108 CLUSIUS, tC. AND POPP, L. DIE MOLWARMEN, SCHMELZ- UND UMWANDLUNGSWARMEN DER KJONDENSIERTEN GASE CD4

UND CH3D.

(THE HEAT CAPACITY, HEAT OF FUSION AND HEATS OF TRANSITION OF THE

CONDENSED GASES, DEUTEROMETHANES.

)

Z. PHYSIIC. CrtEM. (LEIPZIG) VOL. B46. 63-81 (1940)

DEUTERO-METHANES ( CH3D AND CD4 ) , HEAT CAPACITY-SOLID III (11 TO 20

DEGREES *..)» SOLID II (20 TO 25 DEGREES K. ) , SOLID I (27 TO 87 DEGREES

K..J AND LIQUID (92 TO 100 DEGREES K.), HEAT OF FUSION (89 TO 95 DEGREES

K. ) , HEATS OF TRANSITION (SOLID II TO SOLID III AND SOLID I TO SOLID II),

SOLID-SOLID TRANSITIONS.

TABLE, GRAPH

GERMAN

109 CLUSIUS, (C., POPP, L. AND FRANK., A. UBER UMWANDLUNGEN DES FESTEN MONO- UND TETRADEUTEROMETHANS. DIE

ENTROPIEVERHALTNISSE DES MOMODEUTEROMETHANS CH3D UND DES

DEUTERIUMHYDRIDS HD.

(THE TRANSITION OF SOLID MONO- AND TETRADEUTEROMETHANE. THE ENTROPY

RELATIONS OF MONODEUTEROMETHANE AND DEUTERIUM HYDRIDE.)

PHYSICA VOL. 4, 1105-15 (1937)

METHANE, SOLID-SOLID TRANSITION (SOLID ALPHA TO SOLID BETA), HEAT OF

TRANSITION, HEAT OF FUSION, MELTING TEMPERATURE AND GRAPH OF HEAT

CAPACITY (15 TO 100 DEGREES <•• ) SHOWING SOLID-SOLID TRANSITION AND

MELTING POINT, TRIPLE POINT.

DEUTERO-METHANES (CH3D AND CD4), SOLID-SOLID TRANSITIONS (SOLID ALPHA TO

SOLID BETA AND SOLID BETA TO SOLID GAMMA), HEATS OF TRANSITION AND HEAT

OF FUSION, MELTING TEMPERATURE, GRAPH OF HEAT CAPACITY (15 TO 100 DEGREES

<.. ) SHOWING SOLID-SOLID TRANSITIONS AND MELTING POINT, TRIPLE POINT.

TABLE, GRAPH

GERMAN

110 CLUSIUS, K.. AND SCHLEICH, K.

ERGEBNISSE DER T IEFTEMPERATURFORSCHUNG. XX. DIREK.TER VERGLEICH DER

DAMPFDRUCKE VON 14N2, 14N15N UND 15N2 SOWIE VON 14N160, 15N160 UND

14N180 ZWISCHEN IHREN SCHMELZ- UND SIEDEPUNKTEN.

(RESULTS OF LOW TEMPERATURE RESEARCH. DIRECT COMPARISON OF THE VAPOR

PRESSURE OF NITROGEN I S0T0PES-14, 15 IN N2 AND NITROGEN I SOTOPES-14, 15

AND OXYGEN I SOTOPES-16 » 18 IN NITRIC OXIDE BETWEEN THEIR MELTING AND

BOILING POINTS.)

HELV. CHIM. ACTA VOL. 41, 1342-58 (1958)

NITROGEN (ISOTOPES 14 AND 15). VAPOR PRESSURE-LIQUID (63 TO 77 DEGREES K.

)

TRIPLE POINT.

TABLE, GRAPH, EQUATION

GERMAN
111 CLUSIUS. K... SCHLEICH, K. AND VOGELMANN, M.

ERGEfiNISSE OCR TIEFTEKPERATURFORSCHUNG. XL. DIE DAMPFDRUCICE VON 36AR UND

40AR ZWISCHEN SCHMELZ- UND SIEDEPUNKT.

(LOW-TEMPERATURE RESEARCH. XL. THE VAPOR PRESSURES OF ARGON ISOTOPES 36

AND 40 BETWEEN THE MELTING AND BOILING POINTS.)

HELV. CHIM. ACTA VOL. 46. NO. 5. 1705-14 (1963)

ARGON, VAPOR PRESSURE-LIQUID ( 84 TO SB DEGREES IC.). NORMAL BOILING POINT.

TRIPLE POINT. EQUATION FOR LIQUID VAPOR PRESSURE OF MIXTURES OF ARGON

ISOTOPES 36 AND 40.

OXYGEN, VAPOR PRESSURE-LIQUID (84 TO 88 DEGREES K.>.

TABLE, EQUATION, GRAPH

GERMAN

112 CLUSIUS, K... SPERANDIO, A. AND PIESBERGEN, U.

ERGEBNISSE DER TIEFTEMPERATURFORSCHUNG. XXIV. VERGLEICH DER MOL-,

UMWANDLUNGS- UND SCHMELZWARMEN SOWIE DIE ENTROPIEN DER KONDENSIERTEN

ISOTOPE 14-N2 UND 15-N2.

(RESULTS OF LOW TEMPERATURE INVESTIGATIONS. XXIV. COMPARISON OF THE MOLAR

HEAT, HEAT OF TRANSITION, AND HEAT OF FUSION AS WELL AS THE ENTROPIES OF

THE CONDENSED ISOTOPES NITROGEN-14 AND NI TROGEN-15.

)

Z. NATURFORSCH. VOL. 14A, NO. 9, 793-801 (1959)

NITROGEN (ISOTOPES 14 AND 15), HEAT CAPACITY-SOLID ALPHA (10 TO 35

DEGREES <.), HEAT CAPACITY-SOLID BETA (36 TO 63 DEGREES IC. ) . HEAT

CAPACITY-LIQUID (65 TO 69 DEGREES IC. ) , HEAT OF FUSION, SOLID-SOLID

TRANSITION TEMPERATURE (SOLID ALPHA TO SOLID BETA).

TABLE

GERMAN

113 CLUSIUS, IC. AND TESICE, W. DAMPFDRUCK.E UND DAMPFDRUCICJCDNSTANTE DES ICOHLENOXYDS.

(VAPOR PRESSURE AND VAPOR PRESSURE CONSTANTS OF CARBON MONOXIDE.)

Z. PHYSIIC. CHEM. VOL. B6, 135-51 (1929)

CARBON MONOXIDE, VAPOR PRESSURE-SOL ID (60 TO 68 DEGREES IC. ) » VAPOR

PRESSURE-LIQUID (70 TO 80 DEGREES K. ) * EQUATION FOR VAPOR PRESSURE,

CALCULATED VALUES OF MELTING TEMPERATURE AND SOLID-SOLID TRANSITION

TEMPERATURE (SOLID I TO SOLID II).

TABLE, EQUATION

GERMAN

114 CLUSIUS, IC. AND WEIGAND, <.. DIE SCHMELZKURVEN DER GASE A, ICR , X, CH4, CH3D, CD4 C2H4, C2H6, COS UND

PH3 BIS 200 ATM. DRUCIC. DER VOLUMENSPRUNG BE I M SCHMELZEN.

(THE MELTING CURVES OF THE GASES ARGON, KRYPTON, XENON, THE DEUTERO

METHANES CH3D AND CD4, ETHYLENE, ETHANE, CARBONYL SULFIDE, AND HYDROGEN

PHOSPHIDE UP TO 200 ATM. PRESSURE. THE VOLUME DISCONTINUITY AT MELTING.)

Z. PHYSIIC. CHEM. VOL. B46, 1-37 (1940)

ARGON, MELTING PRESSURE (84 TO 89 DEGREES K. > , TRIPLE POINT, DENSITYSOLID (AT TRIPLE POINT).

METHANE. MELTING PRESSURE (91 TO 95 DEGREES IC. ) , TRIPLE POINT.

DEUTERO-METHANE (CH3D AND CD4 ) , MELTING PRESSURE (90 TO 94 DEGREES K.

)

, TRIPLE POINT.

TABLE

GERMAN
45

115 COLWELL. J. H., GILL. E. K. AND MORRISON. J. A. SECOND TRANSITION IN SOLID METHANE.

J. CHEM. PHYS. VOL. 36. 2223-4 (1962)

METHANE. HEAT CAPACITY-SOLID (10 TO 25 DEGREES K.) SHARP DISCONTINUITIES

SHOW THE PRESENCE OF SOLID-SOLID TRANSITIONS (TWO TRANSITIONS ARE SHOWN.

GRAPHICAL. DATA ONLY

116 COLWELL. J. H. , GILL, E. K. , AND MORRISON. J. A. THERMODYNAMIC PROPERTIES OF CH4 AND CD4. INTERPRETATION OF THE PROPERTIES

OF SOLIDS.

J. CHEM. PHYS. VOL. 39, NO. 3. 635-53 (1963)

METHANE. HEAT CAPACITY-SOLID II (5 TO 20 DEGREES (C. ) . HEAT CAPACITY-SOLID

I (20 TO 90 DEGREES K. ) , HEAT CAPACITY-LIQUID (93 DEGREES K.. > . HEAT OF

FUSION (90 TO 92 DEGREES K. ) » SOLID-SOLID TRANSITION. TRIPLE POINT.

DEUTERO-METHANE (CD4), HEAT CAPACITY-SOLID III (2 TO 21 DEGREES K. ) * HEAT

CAPACITY-SOLID II (22 TO 26 DEGREES K.), HEAT CAPACITY-SOLID I (27 TO 87

DEGREES <.)» HEAT CAPACITY-LIQUID (91 TO 95 DEGREES K.)» HEAT OF FUSION

(88 TO 90 DEGREES K. ) , HEAT OF VAPORIZATION. SOLID-SOLID TRANSITIONS.

TRIPLE POINT. SEE NUMBER 117 BELOW FOR CORRECTIONS.

TABLE, GRAPH

117 COLWELL, J. H., GILL. E. K. » AND MORRISON. J. A. THERMODYNAMIC PROPERTIES OF METHANE AND DEUTE ROM ETHANE.

J. CHEM. PHYS. VOL. 40. NO. 7, 2041-2 (1964)

METHANE. HEAT OF VAPORIZATION (101 DEGREES K.).

DEUTEROMETHANE (CH2D2), HEAT OF VAPORIZATION (101 DEGREES K.>.

DEUTEROMETHANE (CH4). HEAT OF VAPORIZATION (98 TO 104 DEGREES H.».

CORRECTION FOR NUMBER 116 ABOVE.

TABLE

118 COOK., G. A., DWYER. R. F. AND JENKINS* A* C. RESEARCH ON RHEOLOGIC AND THERMODYNAMIC PROPERTIES OF SOLID AND SLUSH

HYDROGEN.

LINDE CORP., TONAWANDA, N. Y.. QUART. REPT. NO. 3 (APR 1964) CONTR. NO.

AF 33(657)-11098

PARAHYDROGEN, MELTING LINE (14 TO 21 DEGREES tC. ) , DENSITY-SOLID (14 TO 22

DEGREES K.). HEAT OF FUSION <14 TO 22 DEGREES K. ) . EQUATION FOR HEAT OF

FUSION.

A MORE COMPLETE REPORT OF THIS WORK APPEARS IN,

LINDE DIV.. UNION CARBIDE CORP.. TONAWANDA, N. Y.. TWELVE-MONTHS REPT.

(OCT 1964) PROJ. NO. 3048. CONTR. NO. A.F. 33 (657)-11098

(AUTHORS. DWYER, R. F. AND COOK. G. A.)

TABLE

119 COOK. S. R.

ON THE VELOCITY OF SOUND IN GASES AND THE RATIO OF THE SPECIFIC HEATS. AT

THE TEMPERATURE OF LIQUID AIR.

PHYS. REV. VOL. 23, 212-37 (1906)

AIR, DENSITY-VAPOR ( 8* DEGREES K.).

OXYGEN, DENSITY-VAPOR (84 AND 89 DEGREES K..).

THE CONDITION OF THE FLUIDS IN THIS REFERENCE IS NOT STATED BUT THE DATA

ARE VERY NEAR SATURATION.

TABLE
46

120 CROMMELIN, C. A. ISOTHERMS OF MONATOMIC GASES AND OF THEIR BINARY MIXTURES. IV. REMARKS ON

THE PREPARATION OF ARGON. V. VAPOUR PRESSURES ABOVE - 140 DEGREES C.

.

CRITICAL TEMPERATURE AND CRITICAL PRESSURE OF ARGON.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 115 (1910)

ALSO IN KONINKL. NED. AKAD. WETENSCHAP, PROC. VOL. 13, 54-65 (1910)

ARGON, VAPOR PRESSURE-LIQUID (132 TO 150 DEGREES K. > • CRITICAL PRESSURE

AND TEMPERATURE, EQUATION FOR VAPOR PRESSURE

TABLE, GRAPH, EQUATION

121 CROMMELIN, C. A. ISOTHERMS OF MONATOMIC GASES AND THEIR BINARY MIXTURES. VI. COEXISTING

LIQUID AND VAPOR DENSITIES OF ARGON, CALCULATION OF THE CRITICAL DENSITY

OF ARGON.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 118A (1910)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 13, 607-13 (1911)

TRANSLATION FROM VERSLAG. GEWONE VERGADER. AFDEL. NATUURK. KONINKL.

NED. AKAD. WETENSCHAP. VOL. 18, 390-6 (1910)

ARGON, DENSITY-LIQUID (133 TO 148 DEGREES K. ) » DENSITY-VAPOR (133 TO 148

DEGREES K.).

A PREVIOUS PAPER BY THE SAME AUTHOR (NUMBER 120 ABOVE) PROVIDES DATA

BY WHICH THE DIFFERENCE BETWEEN LIQUID AND VAPOR DENSITIES WERE

DETERMINED.

TABLE, GRAPH

122 CROMMELIN, C. A. ON THE TRIPLE POINT OF METHANE.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 131B (1912)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 15, 666 (1912)

METHANE, TRIPLE POINT.

TABLE (1 VALUE)

123 CROMMELIN, C. A. ISOTHERMALS OF MONATOMIC GASES AND OF THEIR BINARY MIXTURES. XV. VAPOR

PRESSURE OF SOLID AND LIQUID ARGON FROM THE CRITICAL POINT DOWN TO -206

DEGREES C.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 138C (1913)

TRANSLATION FROM VERSLAG GEWONE VERGADER. WIS-EN NATUURK. AFDEEL VOL. 22*

510-20 (OCT 1913)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 16, 477-85 (1913)

ARGON, VAPOR PRESSURE-SOLID (67 TO 84 DEGREES K. ) . VAPOR PRESSURE-LIQUID

(84 TO 150 DEGREES K. ) , TRIPLE POINT, EQUATION FOR VAPOR PRESSURE.

THIS PAPER CONTAINS A COMPILATION OF THE AUTHORS PREVIOUS ARGON DATA AS

WELL AS NEW DATA.

TABLE, EQUATION

124 CROMMELIN, C. A.

ISOTHERMS OF MONATOMIC GASES AND THEIR BINARY MIXTURES. XVI. NEW

DETERMINATIONS OF THE VAPOR PRESSURE OF SOLID ARGON TO -205 DEGREES.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 140A (1914)

TRANSLATION FROM VERSLAG GEWONE VERGADER. AFDEL. NATUURK. KONINKL. NED.

AKAD. WETENSCHAP. VOL. 22, 1212-15 (1914)

ARGON, VAPOR PRESSURE-SOLID (68 TO 83 DEGREES K. ) , CALCULATED VALUES OF

HEAT OF SUBLIMATION.

TABLE, EQUATION
47

125 CROMMELIN, C. A. ISOTHERMS OF DIATOMIC 6ASES AND THEIR BINARY MIXTURES. XVI. VAPOR

PRESSURE OF NITROGEN BETWEEN THE CRITICAL POINT AND THE BOILING POINT.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 145D (1915)

TRANSLATIONN FROM VERSLA6 GEWONE VERGADER. AFDEL. NATUURK.. KONINK.L. NED.

AICAD. WETENSCHAP. VOL. 23, 991-4 (1915)

NITROGENt VAPOR PRESSURE-LIQUID (81 TO 124 DEGREES K. > » CRITICAL PRESSURE

AND TEMPERATURE, EQUATION FOR VAPOR PRESSURE.

TABLE. EQUATION

126 CROMMELlNf C. A. FALL IN PRESSURE. DENSITY. AND HEAT OF VAPORIZATION OF ARGON.

Z. SAUERSTOFF STICKSTOFF IND. VOL. 11. 81-3 (1919)

ARGON, HEAT OF VAPORIZATION (87 DEGREES K. )

.

THE JOURNAL ARTICLE WAS NOT AVAILABLE. HOWEVER ONE VALUE IS REPORTED IN THE ABSTRACT APPEARING IN CHEMICAL ABSTRACTS VOL. 14, 3342 (1920).

TABLE (1 VALUE)

GERMAN

127 CROMMELIN, C. A. SUR LA PURIFICATION DU NEON ET SUR UNE NOUVELLE DETERMINATION DE LA

TEMPERATUR CRITIQUE DU NEON.

(THE PURIFICATION OF NEON AND A NEW DETERMINATION OF THE CRITICAL

TEMPERATURE OF NEON.)

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 162C (1923)

NEON, VAPOR PRESSURE-SOLID (14 AND 20 DEGREES K. ) , CRITICAL TEMPERATURE.

TABLE

FRENCH

128 CROMMELIN, C. A. APPENDICE A L« ARTICLE PRECEDENT. SUR LA COURBE DES DENSITES DU NEON.

(ADDITION TO A PRECEDING ARTICLE. THE DENSITY CURVE OF NEON.)

PHYS. BER. VOL. 4, 702 (1923)

ALSO IN ONNES-FESTSCHRIFT (1922) PAGE 197

NEON, CRITICAL DENSITY (NO TEMPERATURE GIVEN).

TABLE (1 VALUE)

GERMAN

129 CROMMELIN. C. A., BIJLEVELD, W. J. AND BROWN, E. G.

VAPOUR PRESSURES, CRITICAL POINT AND TRIPLE-POINT OF CARBON MONOXIDE.

PROC. (CON. AICAD. AMSTERDAM VOL. 34, 1314 (1931)

ALSO IN COMMUNS. PHYS. LAB. UNIV. LEIDEN 217B (1931)

CARBON MONOXIDE, VAPOR PRESSURE-SOLID (57 TO 68 DEGREES *.). VAPOR

PRESSURE-LIQUID (68 TO 133 DEGREES K. ) TRIPLE POINT, NORMAL BOILING

POINT, CRITICAL PRESSURE AND TEMPERATURE, EQUATION FOR VAPOR PRESSURE

(LIQUID RANGE ONLY).

TABLE, EQUATION
48

130 CROMMELIN, C. A. AND GIBSON, R. 0.

THE VAPOUR PRESSURES OF SOLID AND LIQUID NEON.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 185B (1927)

TRANSLATION FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURK VOL. 36,

173-6 (1927)

NEON, VAPOR PRESSURE-SOLID (16 TO 25 DEGREES K. ) » VAPOR PRESSURE-LIQUID

(26 TO 27 DEGREES K.)» EXTRAPOLATED VALUE FOR TRIPLE POINT PRESSURE.

TABLE

131 CWILONG, B. M.

SOLIDIFICATION CURVE OF HELIUM II.

PHYS. REV. VOL. 88, 135-7 (1952)

HELIUM (HELIUM II), MELTING PRESSURE (1.4 TO 2.2 DEGREES K..).

GRAPHICAL DATA ONLY

132 DANA, L. I. THE LATENT HEAT OF VAPORIZATION OF LIQUID OXYGEN-NITROGEN MIXTURES.

PROC. AM. ACAD. ARTS SCI. VOL. 60, NO. 4, 241-267 (1925)

NITROGEN, HEAT OF VAPORIZATION (AT NORMAL BOILING POINT).

OXYGEN, HEAT OF VAPORIZATION (AT NORMAL BOILING POINT).

TABLE, GRAPH

133 DANA, L. I. AND ONNES, H. K.

FURTHER EXPERIMENTS WITH LIQUID HELIUM. BA. PRELIMINARY DETERMINATION OF

THE LATENT HEAT OF VAPORIZATION OF LIQUID HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 179C (1925)

TRANSLATION FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURKL. KON. AKAD.

WETENSCHAP. VOL. 34, 1335-9 (1925)

ALSO IN KONINKL. NED. AKAD. WETENSCHAP. PROC. VOL. 29, 1051-60 (1926)

HELIUM, HEAT OF VAPORIZATION (1.5 TO 4.2 DEGREES K.).

THE DATA IN COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 179C (1925) SHOULD BE USED AS MORE ACCURATE LIQUID DENSITIES WERE USED.

TABLE, GRAPH

134 DANA, L. I. AND ONNES, H. K.

FURTHER EXPERIMENTS WITH LIQUID HELIUM. BB. PRELIMINARY DETERMINATIONS OF

THE SPECIFIC HEAT OF LIQUID HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 179D (1926)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 29, 1061-68 (1926)

HELIUM, HEAT CAPACITY-LIQUID (2.6 TO 4.0 DEGREES K. )

.

TABLE

135 DASH, J. G. AND TAYLOR, R. D. TRANSITION TEMPERATURES OF HELIUM-3 IN HELIUM-4 SOLUTIONS.

PHYS. REV. VOL. 99, 598-9 (1955)

HELIUM-4, LIQUID-LIQUID TRANSITION (HELIUM I TO HELIUM II) A DETERMINATION OF THE TEMPERATURE AND PRESSURE AT THE LAMBDA POINT.

TABLE, GRAPH
49

136 DE SMEDT. J. AND KLEESOM, W. H. THE CRYSTAL STRUCTURE OF ARGON. RESEARCHES ON THE STRUCTURE OF NITROGEN

AND OXYGEN AT THE TEMPERATURE OF LIQUID HYDROGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 178B (1925)

TRANSLATION FROM PHYSICA VOL. 5, 344 (1925)

ARGON. DENSITY-SOLID (APPROX. 20 DEGREES K. )( SPECTROSCOPIC DETERMINATION)

TABLE (1 VALUE)

137 DE SMEDT. J. . KEESOM, W. H. AND MOOY . H. H.

ANALYSE CRISTALLINE DE L 'AZOTE SOLIDE ALPHA I. (CRYSTALLINE STUDIES OF SOLID NITROGEN - ALPHA I.)

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 202A (1929)

NITROGEN. DENSITY-SOLID ALPHA (APPROX. 20 DEGREES K.) {SPECTROSCOPIC

DETERMINATION).

TABLE (1 VALUE)

FRENCH

138 DE SMEDT. J.. KEESOM.' W. H. AND MOOY. H. H.

ON THE CRYSTAL STRUCTURE OF NEON.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 203E (1930)

ALSO IN PROC AKAD. WETENSCHAP. AMSTERDAM VOL. 33. NO. 3. 255-7 (1930)

NEON. DENSITY-SOLID (APPROX. 4 DEGREES K.) (SPECTROSCOPIC DETERMINATION).

TABLE (1 VALUE)

139 DE VRIES. G. AND DAUNT. J. G.

SPECIFIC HEAT OF HELIUM-3 BETWEEN 1.3 AND 2.3 DEGREES K. PHYS. REV. VOL. 92. 1572-3 (1953)

HELIUM-3. HEAT CAPACITY-LIQUID (1.3 TO 2.3 DEGREES K.).

GRAPHICAL DATA ONLY

140 DE VRIES. G. AND DAUNT. J. G.

SPECIFIC HEAT OF 96-PERCENT HELIUM-3 BELOW 1 DEGREE K.

PHYS. REV. VOL. 93. 631-2 (1954)

HELIUM-3. HEAT CAPACITY-LIQUID (0.5 TO 1.5 DEGREES K.).

GRAPHICAL DATA ONLY

141 DEVYATYKH, G. G. AND ZORIN. A. D. DETERMINATION OF THE RELATIVE VAPOR PRESSURE OF METHANE AND OXYGEN

ISOTOPES BY THE RAYLEIGH DISTILLATION METHOD.

ZHUR. FIZ. (CHIM. VOL. 30, 1133-39 (1956)

METHANE (WITH CARBON ISOTOPE 13), VAPOR PRESSURE-LIQUID (91 TO 112

DEGREES K.).

CARBON MONOXIDE (WITH CARBON ISOTOPE 13), VAPOR PRESSURE-LIQUID (79

DEGREES K.).

OXYGEN (ISOTOPE 18), VAPOR PRESSURE-LIQUID (55 TO 90 DEGREES K.).

THE VAPOR PRESSURES ARE REPORTED AS THE RATIO OF THE PRESSURE OF THE

NORMALLY OCCURRING ISOTOPE TO THE PRESSURE OF THE ISOTOPE INDICATED ABOVE

TABLE

RUSSIAN
50

142 DEWAR* J. ON THE LIQUEFACTION OF OXYGEN AND THE CRITICAL VOLUMES OF FLUIDS,

PHIL. MAG. VOL. 18» 210-16 (1884)

METHANE. CRITICAL TEMPERATURE AND PRESSURE.

TABLE (1 VALUE)

143 DEWAR* J.

THE BOILING POINT AND DENSITY OF LIQUID HYDROGEN.

PROC. CHEM. SOC. (LONDON) VOL. 14» 146-7 (1898)

HYDROGEN* NORMAL BOILING POINT. DENSITY-LIQUID (35 DEGREES K.).

TABLE

144 DEWAR. J.

ON THE BOILING POINT OF LIQUID HYDROGEN UNDER REDUCED PRESSURE.

PROC. ROY. SOC. (LONDON) VOL. 64. 227-31 (1898)

HYDROGEN. VAPOR PRESSURE-LIQUID (35 TO 52 DEGREES KL. ) . NORMAL BOILING

POINT. CRITICAL PRESSURE AND TEMPERATURE. EQUATION FOR VAPOR PRESSURE.

TABLE. EQUATION

145 DEWAR, J. SOLID HYDROGEN.

NATURE VOL. 60. 514 (SEPT 1899)

HYDROGEN. MELTING IcMPERATURE (16 DEGREES K.).

TABLE (1 VALUE)

146 DEWAR, J. THE BOILING POINT OF LIQUID HYDROGEN. DETERMINED BY HYDROGEN AND

HELIUM GAS THERMOMETERS.

PROC. ROY. SOC. (LONDON) VOL. 68. 44-54 (1901)

HYDROGEN. NORMAL BOILING POINT (20 DEGREES K. )

.

OXYGEN. NORMAL BOILING POINT (90 DEGREES K.)

TABLE

147 DEWAR, J. THE SPECIFIC VOLUMES OF OXYGEN AND NITROGEN VAPOUR AT THE BOILING-POINT

OF OXYGEN.

NATURE VOL. 65, 382 (1902)

NITROGEN, DENSITY-VAPOR (87 AND 90 DEGREES K.).

OXYGEN, DENSITY-VAPOR (NORMAL BOILING POINT).

TABLE

148 DEWAR, J.

PHYSICAL CONSTANTS AT LOW TEMPERATURES. (1) THE DENSITIES OF SOLID

OXYGEN, NITROGEN, HYDROGEN, ETC.

PROC. ROY. SOC. (LONDON) VOL. A73, 251-61 (1904)

HYDROGEN, DENSITY-LIQUID (AT NORMAL BOILING POINT).

NITROGEN, DENSITY-LIQUID (AT NORMAL BOILING POINT).

OXYGEN, DENSITY-LIQUID (AT NORMAL BOILING POINT).

THE REFERENCE ALSO HAS OTHER LIQUID DENSITIES AND ONE SOLID DENSITY FOR

EACH FLUID, BUT NOT AT SATURATION.

TABLE
51

149 DEWAR, J. STUDIES WITH THE LIQUID HYDROGEN AND AIR CALORIMETERS. I. SPECIFIC

HEATS.

PROC. ROY. SOC. (LONDON) VOL. A76t 325-40 (1905)

HYDROGEN, HEAT OF VAPORIZATION (20 DEGREES K.).

NITROGEN, HEAT OF VAPORIZATION (78 DEGREES K.).

OXYGEN. HEAT OF VAPORIZATION (91 DEGREES K.).

TABLE

150 DEWAR, J.

PRODUCTION OF SOLID OXYGEN BY THE EVAPORATION OF THE LIQUID.

PROC. ROY. SOC. VOL. 85A, 589-597 (1911)

OXYGEN, MELTING POINT (SEE ADDED NOTE AT END OF PAPER REGARDING

TEMPERATURE).

TABLE

151 DIN, F. THE LIQUID-VAPOUR EQUILIBRIUM OF THE BINARY SYSTEM ARGON-OXYGEN.

BULL. INST. INTERN. FROID. VOL. 33, 17-30 (1953)

ARGON, VAPOR PRESSURE-LIQUID (90 TO 110 DEGREES K.).

OXYGEN, VAPOR PRESSURE-LIQUID (90 TO 110 DEGREES K. )

.

AN EQUATION IS GIVEN FOR THE VAPOR PRESSURE OF ARGON-OXYGEN MIXTURES WITH

CONSTANTS FOR TO 100 PER CENT OXYGEN COMPOSITION.

TABLE, GRAPH, EQUATION

152 DOBBS, E. R., FIGGINS, B. F., HEASTIE, R.» JONES, G. 0. AND WALKER, P. A. PROPERTIES OF THE CONDENSED INERT GASES.

P. 516-8 IN LOW TEMPERATURE PHYSICS AND CHEMISTRY, PROC. 5TH INTERN.

CONF. ON LOW TEMP. PHYS. AND CHEM., MADISON, WISC, 1957, UNIVERSITY OF

WISCONSIN PRESS, MADISON (1958)

ARGON, DENSITY-SOLID (20 TO 80 DEGREES K.).

GRAPHICAL DATA ONLY

153 DOBBS, E. R.» FIGGINS, B. F.» JONES, G. 0., PIERCEY, D. C, RILEY, D. P. DENSITY AND EXPANSIVITY OF SOLID ARGON.

NATURE VOL. 178, 483 (1956)

ARGON, DENSITY-SOLID (20 TO 84 DEGREES K.).

TABLE, GRAPH

154 DODGE, B. F. AND DAVIS, H. N. VAPOR PRESSURE OF LIQUID OXYGEN AND NITROGEN.

J. AM. CHEM. SOC. VOL. 49, 610-20 (1927)

NITROGEN, VAPOR PRESSURE-LIQUID (76 TO 122 DEGREES K» )

•

OXYGEN, VAPOR PRESSURE-LIQUID (77 TO 134 DEGREES K. )

.

EQUATIONS ARE GIVEN FOR THE VAPOR PRESSURE OF THE TWO FLUIDS FROM TRIPLE

POINT TO CRITICAL POINT.

TABLE, GRAPH, EQUATION
52

155 DOKOUPIL, Z.» VAN SOEST , G. AND SWENKER. M. D. P. ON THE EQUILIBRIUM BETWEEN THE SOLID PHASE AND THE GAS PHASE OF THE

SYSTEMS HYDROGEN-NITROGEN* HYDROGEN-CARBON MONOXIDE AND

HYDROGEN-NITROGEN-CARBON MONOXIDE.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN, NO. 297 (1955)

ALSO IN APPL. SCI. RES. VOL. A5» 182-239 (1955)

TRANSLATION FROM BULL. INST. INTERN. FROID ANNEXE 1955-2. 61-72 (1954)

NITROGEN. VAPOR PRESSURE-SOLID (42 TO 60 DEGREES K.).

TABLE

156 DOKOUPIL. Z.» VAN SOEST , G. WANSINK, D. H. N. AND KAPADNIS. D. 6.

SPECIFIC HEATS OF PURE HELIUM-4 AND OF A MIXTURE OF HELIUM-4 WITH 2.50

PERCENT OF HELIUM-3 BETWEEN 1 AND 2.3 DEGREES K.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 298A (1954)

ALSO IN PHYSICA VOL. 20, 1181 (1954)

HELIUM-4, HEAT CAPACITY-LIQUID (1.0 TO 2.3 DEGREES K. )

TABLE. GRAPH

157 DRUGMAN, J. AND RAMSAY. W.

SPECIFIC GRAVITIES OF THE HALOGENS AT THEIR BOILING POINTS. AND OF OXYGEN

AND NITROGEN.

J. CHEM. SOC. (LONDON) VOL. 77. 1228-33 (1900)

FLUORINE. DENSITY-LIQUID (86 DEGREES K.).

NITROGEN. DENSITY-LIQUID (77 DEGREES K.).

OXYGEN. DENSITY-LIQUID (89 DEGREES <•).

TABLE

158 DUGDALE. J. S. AND SIMON. F. E. THERMODYNAMIC PROPERTIES AND MELTING OF SOLID HELIUM.

PROC. ROY. SOC. (LONDON) VOL. A218, 291-310 (1953)

HELIUM. HEAT CAPACITY-SOLID (4 TO 23 DEGREES K. ) , MELTING PRESSURES (4 TO

12 DEGREES K. ) . DENSITY-SOLID (4 TO 23 DEGREES K. ) . DENSITY-FLUID (5 TO

23 DEGREES K.).

TABLE, GRAPH, EQUATION

159 DUNN. L. G. AND MILLlKAN. C. B. PHYSICAL PROPERTIES OF LIQUID FLUORINE IN RESEARCH AND DEVELOPMENT

ACTIVITIES AT THE JET PROPULSION LABORATORY.

JET PROPULSION LAB., CALIF. INST. TECHNOL.. PASADENA, COMBINED

BI-MONTHLY SUMMARY NO. 29 (MAY 1952) CONTR. NO. AF W535 AC-20260

DDC ATI 151 292

FLUORINE. DENSITY-LIQUID (65 TO 85 DEGREES K.>.

GRAPHICAL DATA ONLY

160 DUPRE. A.. VAN ITTERBEEK, A., AND BRANDT, G.

ON THE INCREASE OF THE BOILING TEMPERATURE OF LIQUID OXYGEN IN A MAGNETIC

FIELD.

PHYSICA VOL. 28, 353-6 (1962>

OXYGEN, NORMAL BOILING POINT (VARIATION OF THE BOILING POINT IN A MAGNETIC FIELD, FIELD STRENGTH VARIED FROM TO 2e KG.).

GRAPHICAL DATA ONLY
53

161 DURIEUX* M. THERMOMETRY AT LIQUID HELIUM AND LIQUID HYDROGEN TEMPERATURES.

LEIDEN UNIV., NETHERLANDS. PH. D. THESIS ( 1960 ) 120 P. HELIUM-4, LAMBDA TRANSITION

GRAPH

162 EDESKUTY, F. J. AND SHERMAN, R. H.

P-V-T RELATIONS OF LIQUID HELIUM-3 AND HELIUM-4.

P. 102-6 IN LOW TEMPERATURE PHYSICS AND CHEMISTRY. PROC. 5TH INTERN.

CONF. ON LOW TEMP. PHYS. AND CHEM.. MADISON, WISC. (AUG 1957)

UNIVERSITY OF WISCONSIN PRESS, MADISON (1958)

HELIUM-3, DENSITY-LIQUID (1.2 TO 4.0 DEGREES K. ) , EQUATION FOR MELTING

PRESSURE (1 TO 3 DEGREES K..).

HELIUM-4, DENSITY-LIQUID (1.2 TO 4.0 DEGREES K. )

.

TABLE, GRAPH, EQUATION

163 EDWARDS, D. 0., MC WILLIAMS, A. S., AND DAUNT, J. G.

LATTICE IMPERFECTIONS, ISOTOPIC ORDERING AND NUCLEAR SPIN INTERACTION IN SOLID HELIUM AS SHOWN BY SPECIFIC HEAT MEASUREMENTS.

PHYS. LETTERS VOL. 1, NO. 6, 218-20 (1962)

HELIUM-3, HEAT CAPACITY-SOLID ALPHA (0.06 TO 0.09 DEGREES K. ) . EQUATION, GRAPH

164 EDWARDS, J. W. AND KINGTON, G. L. LOW TEMPERATURE ADIABATIC CALORIMETER, AND THE HEAT CAPACITY OF ALPHA

ALUMINA.

TRANS. FARADAY SOC. VOL. 58, 1313-22 (1962)

OXYGEN, VAPOR PRESSURE-LIQUID (67 TO 90 DEGREES K.).

TABLE

165 EDWARDS, M. H. AND WOODBURY, W. C.

COMPRESSIBILITY OF LIQUID HELIUM-4.

CAN. J. PHYS. VOL. 39, 1833-41 (1961)

HELIUM-4, DENSITY-LIQUID ( 3 TO 5 DEGREES K. ) . THE DENSITY WAS CALCULATED

FROM EXPERIMENTAL REFRACTIVE INDEX DATA BY MEANS OF THE LORENZ-LORENTZ

RELATION.

TABLE, GRAPH, EQUATION

166 EDWARDS, M. H. AND WOODBURY, W. C.

SATURATED HELIUM-4 NEAR ITS CRITICAL TEMPERATURE.

PHYS. REV. VOL. 129, NO. 5, 1911-18 (1963)

HELIUM-4, DENSITY-LIQUID (4.2 TO 5.2 DEGREES K. ) , DENSITY-VAPOR (4.2 TO

5.2 DEGREES K. > , EXTRAPOLATED VALUE FOR CRITICAL DENSITY. THE DENSITY WAS

CALCULATED FROM EXPERIMENTAL REFRACTIVE INDEX DATA BY MEANS OF THE

LORENZ-LORENTZ RELATION.

TABLE, GRAPH
54

167 ELVERUM. G. W. AND DOESCHER . R. N.

THE MEASUREMENT OF VISCOSITY. DENSITY. AND SURFACE TENSION OF LIQUID

FLUORINE.

JET PROPULSION LAB.. CALIF. INST. OF TECH., PASADENA, ' PROGRESS REPT. NO.

20-174 (MAY 1952) 8 P. ASTIA AD 3789

FLUORINE. DENSITY-LIQUID (65 TO 85 DEGREES K. ) , NORMAL BOILING POINT.

TABLE, GRAPH

168 ELVERUM, G. W.» AND DOESCHER, R. N. PHYSICAL PROPERTIES OF LIQUID FLUORINE.

J. CHEM. PHYS. VOL. 20, 1834-36 (1952)

FLUORINE, DENSITY-LIQUID (65 TO 85 DEGREES K.).

TABLE, GRAPH

169 EMELMANOVA, T. I., STRAKHOV, B. V., AND LEBEDEV, V. P. DENSITY OF LIQUID OZONE.

AM. ROCKET SOC. J. VOL. 31, NO. 9, 1350 (1961)

TRANSLATION FROM VESTNIK MOSKOVSKOGO UNIVERSITETA (BULLETIN OF MOSCOW

UNIVERSITY), 1960, NO. 4, P. 11

OXYGEN, DENSITY-LIQUID (78 DEGREES K.).

TABLE (1 VALUE)

170 ERICKSON, R. A. AND ROBERTS. L. D. MEASUREMENT AND THE CALCULATION OF THE LIQUID HELIUM VAPOR

PRESSURE-TEMPERATURE SCALE FROM 1 TO 4.2 DEGREES K. PHYS. REV. VOL. 93, 957-62 (1954)

HELIUM-4, VAPOR PRESSURE-LIQUID (1 TO 4 DEGREES K. )

.

TABLE

171 ESEL'SON, B. N. AND LAZAREV, B. G.

SOLIDIFICATION OF MIXTURES OF HELIUM ISOTOPES.

AKAD. NAUK. SSSR DOICLADY VOL. 97. 61-4 (1954)

HELIUM-4. MELTING PRESSURE (1.5 TO 2.3 DEGREES K . )

.

GRAPHICAL DATA ONLY

RUSSIAN

172 ESTREICHER, M. T. UBER DIE VERDAMPFUNGSWARME VON SAUERSTOFF UND SCHWEFELDIOXYD.

(ON THE HEATS OF VAPORIZATION OF OXYGEN AND SULFUR DIOXIDE.)

BULL. INTERN. ACAD. SCI. CRACOVIE, CLASSE SCI. MATH. MET., NO. 3, 183-96

( 1904)

OXYGEN, HEAT OF VAPORIZATION (NEAR BOILING POINT).

TABLE (1 VALUE)

GERMAN

173 ESTREICHER, T. ON THE PRESSURES OF SATURATION OF OXYGEN

PHIL. MAG. (5) VOL. 50. 454-463 (1895)

OXYGEN, VAPOR PRESSURE-LIQUID (63 TO 91 DEGREES K.).

TABLE
55

174 ESTREICHER, T. AND BOBOTEK, J. ZUR KENNTNIS DES VERHALTENS VON KOHLENOXYD BEI NIEDRIGEN TEMPERATUREN.

(CONCERNING INFORMATION ON THE BEHAVIOR. OF CARBON MONOXIDE AT LOW

TEMPERATURES.)

BULL. INTERN. ACAD. SCI. CRACOVIE 451-61 (1913)

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID (67 TO 83 DEGREES K. ) , TRIPLE

POINT.

TABLE, GRAPH

GERMAN

175 EUCKEN. A. USER DAS THERMISCHE VERHALTEN EINIGER KOMPRIMIERTER UND KONDENSIERTER

GASE BEI TIEFEN TEMPERATUREN.

(THE THERMAL BEHAVIOR OF SOME COMPRESSED AND CONDENSED GASES AT LOW

TEMPERATURES.)

VERHANDL. DEUT. PHYSIK GES. VOL. 18, 4-17 (1916)

ARGON, HEAT CAPACITY-SOLID (18 TO 78 DEGREES K. ) , HEAT CAPACITY-LIQUID

(85 TO 94 DEGREES K. ) , HEAT OF FUSION, HEAT OF VAPORIZATION.

CARBON MONOXIDE, HEAT CAPACITY-SOLID II (18 TO 57 DEGREES K. ) » HEAT

CAPACITY-SOLID I ( 63 TO 66 DEGREES K. ) , HEAT CAPACITY-LIQUID (69 TO 78

DEGREES K.)» SOLID-SOLID TRANSITION (SOLID I TO SOLID II) , HEAT OF FUSION,

HEAT OF VAPORIZATION, HEAT OF TRANSITION (SOLID I TO SOLID II), MELTING

POINT..

HYDROGEN, HEAT CAPACITY-LIQUID (17 TO 21 DEGREES K.), HEAT OF

VAPORIZATION.

NITROGEN, HEAT CAPACITY-SOLID II (17 TO 33 DEGREES K.), HEAT CAPACITYSOLID I (37 TO 61 DEGREES K. > » HEAT CAPACITY-LIQUID (65 TO 73 DEGREES K.)

HEAT OF FUSION, HEAT OF VAPORIZATION, HEAT OF TRANSITION (SOLID I TO

SOLID II), SOLID-SOLID TRANSITION (SOLID I TO SOLID II), MELTING POINT.

OXYGEN, HEAT CAPAC I TY-SOLlD III (17 TO 22 DEGREES K. ) , HEAT CAPACITYSOLID II (27 TO 40 DEGREES K.>. HEAT CAPACITY-SOLID I (45 TO 51 DEGREES K HEAT CAPACITY-LIQUID (57 TO 73 DEGREES K.), HEAT OF FUSION, HEAT OF

VAPORIZATION* HEAT OF TRANSITION (SOLID I TO SOLID II AND SOLID II TO

SOLID III), MELTING POINT.

TABLE

GERMAN

176 EUCKEN, A. AND BERGER, W. DAS I-T-DIAGRAMM DES METHANS.

(THE ENTHALPY-TEMPERATURE DIAGRAM OF METHANE.)

Z. GES. KALTE-IND. VOL. 41, NO. 9, 145-52 (1934)

METHANE, VAPOR PRESSURE-LIQUID (132 TO 181 DEGREES K.>.

TABLE, GRAPH

GERMAN

177 EUCKEN, A. AND HAUCK, F. DIE SPEZIFISCHEN WARMEN P KONSTANTE UND V = KONSTANTE EINIGER STOFFE IM FESTEN. FLUSSIGEN UND HYPERKRI T I SCHEN GEBIET ZWISCHEN 80 UND 320 DEGREES

ABS.

(THE SPECIFIC HEATS P=CONSTANT AND V=CONSTANT OF MATERIALS IN SOLID,

LIQUID AND HYPERCRITICAL REGION BETWEEN 80 AND 320 DEGREES K.)

Z. PHYSIK. CHEM. VOL. 134. 161-77 (1928)

AIR, HEAT CAPACITY-LIQUID (80 TO 120 DEGREES K. )

.

ARGON, HEAT CAPACITY-LIQUID (90 TO 140 DEGREES K.)» HEAT OF FUSION.

TABLE, GRAPH

GERMAN
56

178 EUCKEN, A. AND KARWAT. E. DIE BESTIMMUNG DES WARME I NHALTES EINIGER KONDENS I ERTER GASE.

(DETERMINATION OF HEAT CONTENT OF SOME CONDENSED GASES.)

Z. PHYSIK. CHEM. VOL. 112. 467-85 (1925)

METHANE. HEAT CAPACITY-SOLID (28 TO 87 DEGREES K.)» HEAT CAPACITY-LIQUID

(96 TO 108 DEGREES K. ) » HEAT OF FUSION, MELTING TEMPERATURE.

TABLE

GERMAN

179 FAIRBANKS W. M. , BUCKINGHAM, M. J. AND KELLERS, C. F. SPECIFIC HEAT OF LIQUID HELIUM-4 NEAR THE LAMBDA POINT.

P. 50-2 IN LOW TEMPERATURE PHYSICS AND CHEMISTRY, PROC. 5TH INTERN. CONF.

ON LOW TEMP. PHYS. AND CHEM., MADISON, WISC. (AUG 1957)

UNIVERSITY OF WISCONSIN PRESS, MADISON (1958)

HELIUM-4, HEAT CAPACITY-LIQUID (VERY NEAR THE LAMBDA POINT), EQUATION FOR

HEAT CAPACITY-LIQUID (LAMBDA POINT TO NEAR THE CRITICAL POINT).

GRAPH, EQUATION

180 FASTOVSKII, V. G. AND PETROVSKII, YU. V.

INVESTIGATION OF THE LIQUID-VAPOR EQUILIBRIUM OF THE SYSTEM

OXYGEN-KRYPTON.

ZHUR. FIZ. KHIM. VOL. 30, 589-92 (1956)

OXYGEN, VAPOR PRESSURE-LIQUID (94 TO 113 DEGREES K.

)

TABLE, GRAPH

RUSSIAN

181 FENNER, R. C. AND RICHTMYER, F. K. THE HEAT OF VAPORIZATION OF LIQUID AIR.

PHYS. REV. VOL. 20, 77-84 (1905)

AIR, HEAT OF VAPORIZATION (NO TEMPERATURE GIVEN).

TABLE, GRAPH

182 FIGGINS, B. F. THE SPECIFIC HEATS OF SOLID ARGON AND AN EQUIMOLAR ARGON-KRYPTON MIXTURE.

PROC. PHYS. SOC. (LONDON) VOL. 76, 732-6 (1960)

ARGON, HEAT CAPACITY-SOLID (13 TO 35 DEGREES K. )

.

TABLE, GRAPH

183 FISCHER, K. T. AND ALT, H. SIEDEPUNKT, GEFRIERPUNKT UND DAMPFSPANNUNG DES REINEN STICKSTOFFS BEI NIEDRIGEN DRUCKEN.

(BOILING POINT, FREEZING POINT AND VAPOR PRESSURE OF PURE NITROGEN AT

LOW PRESSURES*)

ANN. PHYSIK (4) VOL. 9, 1149-85 (1903)

NITROGEN, VAPOR PRESSURE-LIQUID (63 TO 77 DEGREES K.)» NORMAL BOILING

POINT, FREEZING POINT.

TABLE, GRAPH

GERMAN
57

184 FISCHER, W. AND K.LEMM, W. DARSTELLUNG DER FUR DIE VORHERGEHENDE ARBEIT GEBRAUCHTEN PRAPARATE UND

DATEN ZU IHRER CHARACTER ISI ERUNG.

(PREPARATION OF MATERIALS USED IN THE PREVIOUS ARTICLE AND DATA FOR THEIR

CHARACTERIZATION.

)

Z. PHYSIK. CHEM. VOL. 147A, 275-81 (1935)

METHANE, VAPOR PRESSURE-SOLID (91 DEGREES K.).

THE PREVIOUS ARTICLE REFERRED TO IS HEUSE, W. NUMBER 529 BELOW.

TABLE

GERMAN

185 FLUBACHER, P., LEADBETTER, A. J., AND MORRISON, J. A.

A LOW TEMPERATURE ADIABATIC CALORIMETER FOR CONDENSED SUBSTANCES.

THERMODYNAMIC PROPERTIES OF ARGON.

PROC. PHYS. SOC. (LONDON) VOL. 78, 1449-61 (1961)

ARGON, HEAT CAPACITY-SOLID (2 TO 83 DEGREES K. ) , HEAT CAPACITY-LIQUID

(84 TO 86 DEGREES K.), HEAT OF FUSION, HEAT OF VAPORIZATION, VAPOR

PRESSURE-SOLID (66 TO 84 DEGREES K.), VAPOR PRESSURE-LIQUID (84 TO 87

DEGREES K.)» EQUATIONS FOR SOLID AND LIQUID VAPOR PRESSURE.

TABLE, EQUATION

186 FLUBACHER, P., LEADBETTER, A. J. AND MORRISON, J. A. THERMODYNAMIC PROPERTIES OF ARGON.

P. 695-7 IN PROC. INTERN. CONF. LOW TEMP. PHYS., 7TH, TORONTO, CANADA,

(1960) UNIV. OF TORONTO PRESS, ONTARIO (1961)

ARGON, HEAT CAPACITY-SOLID (2 TO 40 DEGREES K. ) , HEAT OF FUSION, HEAT OF

VAPORIZATION, VAPOR PRESSURE-SOLID (2 TO 85 DEGREES K.), EQUATION FOR

SOLID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

187 FRANCK, J. P. BETA-GAMMA PHASE TRANSFORMATION IN SOLID HELIUM-3.

PHYS. REV. LETTERS VOL. 7, NO. 12, 435-7 (1961)

HELIUM-3, SOLID-SOLID TRANSITION (BETA TO GAMMA), HEAT OF TRANSITION

(BETA TO GAMMA).

TABLE, GRAPH

188 FRANK, A. AND CLUSIUS, K. ZUR ENTROPIE DES METHANS.

(THE ENTROPY OF METHANE.)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B36, 291-300 (1937)

METHANE, HEAT CAPACITY-SOLID (15 TO 25 DEGREES K.), HEAT OF VAPORIZATION,

HEAT OF TRANSITION (ALPHA TO BETA), SOLID-SOLID TRANSITION (ALPHA TO

BETA).

TABLE

GERMAN
58

189 FRANK, A. AND CLUSIUS, K. PRAZISIONS MESSUNGEN DER VERDAMPFUNGSWARME OER GASE 02. H2S, PH3, A, COS,

CH4, UND CH3D.

(PRECISION MEASUREMENTS OF THE HEAT OF VAPORIZATION OF THE GASES OXYGEN,

HYDROGEN SULFIDE, HYDROGEN PHOSPHIDE, ARGON, CARBONYLSULF IDE , METHANE,

AND THE DEUTERO METHANE CH3D.

)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B42 . 395-421 (1939)

ARGON, HEAT OF VAPORIZATION.

METHANE, HEAT OF VAPORIZATION, VAPOR PRESSURE-LI QUID ( 99 TO 100 DEGREES K)

DEUTERO-METHANE (CH3D), HEAT OF VAPORIZATION, VAPOR PRESSURE-LIQUID (99

TO 100 DEGREES K.)

.

OXYGEN, HEAT OF VAPORIZATION.

TABLE

GERMAN

190 FREEMAN, M. P. AND HALSEY, G. D. JR.

THE SOLID SOLUTION KRYPTON-XENON FROM 90 TO 120 DEGREES K., THE VAPOR

PRESSURES OF ARGON, KRYPTON AND XENON.

J. PHYS. CHEM. VOL. 60, 1119-25 (1956)

ARGON, VAPOR PRESSURE-SOLID (82 TO 84 DEGREES K.), VAPOR PRESSURE-LIQUID

(84 TO 88 DEGREES K.), NORMAL BOILING POINT, TRIPLE POINT, EQUATION FOR

SOLID AND LIQUID VAPOR PRESSURE.

OXYGEN, NORMAL BOILING POINT.

TABLE, EQUATION

191 FREETH, F. A. AND VERSCHOYLE, T. T. H. PHYSICAL CONSTANTS OF THE SYSTEM METHANE-HYDROGEN.

PROC. ROY. SOC. (LONDON) VOL. 130A, 453-63 (1931)

METHANE, VAPOR PRESSURE-SOLID (65 TO 90 DEGREES K. ) » MELTING PRESSURE (90

TO 92 DEGREES K. ) TRIPLE POINT, EQUATIONS FOR SOLID VAPOR PRESSURE AND

MELTING PRESSURE.

TABLE, EQUATION

192 FRIEDMAN, A. S.

PRESSURE-VOLUME-TEMPERATURE RELATIONSHIPS OF GASEOUS HYDROGEN, NITROGEN,

AND A HYDROGEN-NITROGEN MIXTURE.

OHIO STATE UNIV., COLUMBUS, PH. D. THESIS (1950) 213 P. HYDROGEN. VAPOR PRESSURE-LIQUID (27 TO 33 DEGREES K.), EQUATION FOR

LIQUID VAPOR PRESSURE.

NITROGEN. VAPOR PRESSURE-LIQUID (78 TO 126 DEGREES K.), EQUATION FOR

LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

193 FRIEDMAN. A. S. AND WHITE, D. THE VAPOR PRESSURE OF LIQUID NITROGEN.

J. AM. CHEM. SOC. VOL. 72. 3931-2 (1950)

NITROGEN, VAPOR PRESSURE-LIQUID (78 TO 126 DEGREES K. ) , EQUATION FOR

LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION
59

194 FRIEDMAN* A. S., WHITE, D. AND JOHNSTON. H. L. THE DIRECT DETERMINATION OF THE CRITICAL TEMPERATURE AND CRITICAL

PRESSURE OF NORMAL DEUTERIUM. VAPOR PRESSURES BETWEEN THE BOILING AND

CRITICAL POINTS.

J. AM. CHEM. SOC. VOL. 73. 1310-11 (1951)

DEUTERIUM. VAPOR PRESSURE-LIQUID (19 TO 38 DEGREES K. ) . CRITICAL PRESSURE

AND TEMPERATURE, EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

195 FURUKAWA. G. T. AND MC COSKEY. R. E. THE CONDENSATION LINE OF AIR AND THE HEATS OF VAPORIZATION OF OXYGEN AND

NITROGEN.

NATL. ADVISORY COMM. AERONAUT. TECH. NOTE. NO. 2969 (1953) 30 P. AIR, CONDENSATION LINE (60 TO 85 DEGREES K.).

NITROGEN, HEAT OF VAPORIZATION, MELTING TEMPERATURE.

OXYGEN, HEAT OF VAPORIZATION, VAPOR PRESSURE-LIQUID (86 DEGREES K.),

MELTING TEMPERATURE.

TABLE, GRAPH

196 GERMANN, F. E. E. EINE BESTIMMUNG DER DAMPFDRUCK-UND DICHTEKURVEN DES SAUERSTOFFS UND

K.ONSTRUKTION EINES APPARATES ZUR BESTIMMUNG K.RITISCHER DATEN.

(A DETERMINATION OF VAPOR PRESSURE AND DENSITY CURVES OF OXYGEN AND THE

CONSTRUCTION OF AN APPARATUS FOR THE DETERMINATION OF CRITICAL DATA.)

PHYSIK. Z. VOL. 14, 857-60 (1913)

OXYGEN, DENSITY-LIQUID (100 TO 136 DEGREES K. . ! » VAPOR PRESSURE (92 TO 136

DEGREES K..).

TABLE

GERMAN

197 GEROLD. E. UBER DIE DICHTE, DAS BRECHUNGSVERHALTNI S UND DIE DISPERSION DES

GASFORMIGEN STICKSTOFFES BEI SEINER SI EDETEMPERATUR.

(THE DENSITY, REFRACTIVE INDEX AND DISPERSION OF GASEOUS NITROGEN NEAR

ITS BOILING TEMPERATURE.)

ANN. PHYSIIC VOL. 65, 82-96 (1921)

NITROGEN, DENSITY-VAPOR (77 TO 78 DEGREES K. ) . IT IS NOT EXPLICITLY CLEAR

THAT THE GAS IS INDEED SATURATED VAPOR.

TABLE

GERMAN

198 GERRITSEN, A. N. AND VAN DER STAR. P.

THE HEAT CONDUCTIVITY OF SOLID METHANE.

PHYSICA VOL. 9. 503-12 ( 1942

>

COMMUNS. K.AMERLINGH ONNES LAB. UNIV. LEIDEN NO. 265C (1942)

METHANE. SOLID-SOLID TRANSITION (APPROX. 20 DEGREES <..). THE TRANSITION

WAS OBSERVED AS A PRONOUNCED ANOMALY IN THE THERMAL CONDUCTIVITY.

GRAPHICAL DATA ONLY
60

199 GIAUQUE, W. F. AND CLAYTON, J. 0.

THE HEAT CAPACITY AND ENTROPY OF NITROGEN. HEAT OF VAPORIZATION. VAPOR

PRESSURES OF SOLID AND LIQUID. THE REACTION 1/2 NITROGEN + 1/2 OXYGEN= NO

FROM SPECTROSCOPIC DATA.

J. AM. CHEM. SOC. VOL. 55, 4875-89 (1933)

NITROGEN, HEAT CAPACITY-SOLID II ( 16 TO 35 DEGREES K. ) , HEAT CAPACITYSOLID I <39 TO 61 DEGREES K. > » HEAT CAPACITY-LIQUID (65 TO 78 DEGREES K.)

HEAT OF TRANSITION (SOLID I TO SOLID II), HEAT OF FUSION, HEAT OF

VAPORIZATION, VAPOR PRESSURE-SOLID (55 TO 63 DEGREES K. ) , VAPOR PRESSURELIQUID (65 TO 78 DEGREES K. ) , TRIPLE POINT, NORMAL BOILING POINT,

EQUATION FOR SOLID AND LIQUID VAPOR PRESSURE.

TABLE

200 GIAUQUE, W. F. AND JOHNSTON, H. L. SYMMETRICAL AND ANT I SYMMETR ICAL HYDROGEN AND THE THIRD LAW OF

THERMODYNAMICS. THERMAL EQUILIBRIUM AND TRIPLE POINT PRESSURE.

J. AM. CHEM. SOC. VOL. 50, 3221-8 (1928)

HYDROGEN (NORMAL), TRIPLE POINT.

HYDROGEN (ORTHO-PARA, UNKNOWN COMPOSITION), TRIPLE POINT.

THE DATA ARE REPORTED As PRESSURE DIFFERENCES BETWEEN NORMAL HYDROGEN AND

HYDROGEN KEPT AT THE TEMPERATURE OF LIQUID AIR FOR 197 DAYS.

TABLE

201 GIAUQUE, W. F. AND JOHNSTON, H. L. THE HEAT CAPACITY OF OXYGEN FROM 12 DEGREES K TO ITS BOILING POINT AND

ITS HEAT OF VAPORIZATION. THE ENTROPY FROM SPECTROSCOPIC DATA.

J. AM. CHEM. SOC. VOL. 51, 2300-21 (1929*

OXYGEN, HEAT CAPACITY-SOLID III (13 TO 22 DEGREES K. ) , HEAT CAPACITYSOLID II (25 TO 42 DEGREES K.)» HEAT CAPACITY-SOLID I (46 TO 52 DEGREES K HEAT CAPACITY-LIQUID (57 TO 90 DEGREES K.)» HEAT OF TRANSITION (SOLID I TO SOLID II AND SOLID II TO SOLID III), HEAT OF FUSION, HEAT OF

VAPORIZATION, SOLID-SOLID TRANSITION (SOLID I TO SOLID II AND SOLID II TO

SOLID III), TRIPLE POINT.

TABLE, EQUATION

202 GIAUQUE, W. F. , JOHNSTON, H. L., AND K.ELLEY, K. K. HYDROGEN GAS THERMOMETER COMPARED WITH THE OXYGEN AND HYDROGEN VAPORPRESSURE THERMOMETERS BY MEANS OF A COPPER-CONST ANTAN THERMOCOUPLE.

J. AM. CHEM. SOC. VOL. 49, 2367-72 (1927)

HYDROGEN, VAPOR PRESSURE-SOLID (13 DEGREES K. . ) , VAPOR PRESSURE-LIQUID (14

TO 20 DEGREES K.)» TRIPLE POINT.

OXYGEN, VAPOR PRESSURE-LIQUID (71 TO 90 DEGREES K. )

.

TABLE, EQUATION

203 GONZALEZ, 0. D. THE HEAT CAPACITY OF SOLID DEUTERIUM BETWEEN 0.3 AND 13 DEGREES K. OHIO STATE UNIV., COLUMBUS, PH. D. THESIS (1958) 92 P. DEUTERIUM (NORMAL DEUTERIUM AND ORTHODEUTERI UM ) , HEAT CAPACITY-SOLID (0.3

TO 13 DEGREES K.).

TABLE, GRAPH
61

204 GONZALEZ. 0. D.» WHITE. D. AND JOHNSTON. H. L. HEAT CAPACITY OF SOLID DEUTERIUM BETWEEN 0.3 AND 13 DEGREES K.

J. PHYS. CHEM. VOL. 61, 773-80 (1957)

DEUTERIUM (NORMAL AND 2 OTHER ORTHO-PARA MIXTURES). HEAT CAPACITY-SOLID

(0.3 TO 14 DEGREES K.).

TABLE. GRAPH

205 GOODWIN. R. D. APPARATUS FOR DETERMINATION OF PRESSURE-DENSITY-TEMPERATURE RELATIONS AND

SPECIFIC HEATS OF HYDROGEN TO 350 ATMOSPHERES AT TEMPERATURES ABOVE 14

DEGREES K.

J. RESEARCH NATL. BUR. STANDARDS VOL. 65C. NO. 4, 231-43 (1961)

PARAHYDROGEN, VAPOR PRESSURE-LIQUID (22 TO 32 DEGREES K.. ) . NITROGEN. VAPOR PRESSURE-LIQUID (75.7 TO 75.8 DEGREES K. )

.

TABLE

206 GOODWIN. R. D. » DILLER. D. E.» RODER. H. M.. AND WEBER. L. A. THE DENSITIES OF SATURATED LIQUID HYDROGEN.

CRYOGENICS VOL. 2. NO. 2, 81-83 (1961)

HYDROGEN (NORMAL). DENSITY-LIQUID (14 TO 33 DEGREES K..).

PARAHYDROGEN. DENSITY-LIQUID (14 TO 33 DEGREES K.)> VAPOR PRESSURE-LIQUID

( 14 TO 33 DEGREES K. ).

TABLE. GRAPH, EQUATION

207 GOODWIN. R. D. . DILLER. D. E.» RODER. H. M. AND WEBER, L. A.

PRESSURE-DENSITY-TEMPERATURE RELATIONS OF FLUID PARA HYDROGEN FROM 15 TO

100 DEGREES K AT PRESSURES TO 350 ATMOSPHERES.

J. RESEARCH NATL. BUR. STANDARDS VOL. 67A, NO. 2, 173-92 (1963)

PARAHYDROGEN, VAPOR PRESSURE-LIQUID (22 TO 32 DEGREES K.).

TABLE

208 GOODWIN, R. D. AND RODER, H. J. PRESSURE-DENSITY-TEMPERATURE RELATIONS OF FREEZING LIQUID PARA-HYDROGEN

TO 350 ATMOSPHERES.

CRYOGENICS VOL. 3, NO. 1, 12-5 (1963)

PARAHYDROGEN, DENSITY-LIQUID (14 TO 23 DEGREES K . ) , MELTING PRESSURE (14

TO 80 DEGREES K. ) , EQUATIONS FOR LIQUID DENSITY AND MELTING PRESSURE.

TABLE, GRAPH, EQUATION

209 GRENIER, G. AND WHITE, D. LAMBDA ANOMALY IN THE HEAT CAPACITY OF PARA ENRICHED SOLID DEUTERIUM.

J. CHEM. PHYS. VOL. 37, NO. 7, 1563-4 (OCT 1962)

DEUTERIUM (33 AND 81.3 PERCENT PARA), HEAT CAPACITY-SOLID (1.7 TO 4.5

DEGREES K.).

GRAPHICAL DATA ONLY
62

210 GRENIER, G. AND WHITE, D.

HEAT CAPACITIES OF SOLID DEUTERIUM (33.1 TO 87.2 PERCENT PARA) FROM

1.5 DEGREES K. TO THE TRIPLE POINT. HEATS OF FUSION AND HEAT CAPACITY OF

LIQUID.

J. CHEM. PHYS. VOL. 40, NO. 10, 3015-30 (MAY 1964)

DEUTERIUM (VARYING ORTHO-PARA CONCENTRATIONS), HEAT CAPACITY-SOLID

(1.5 JO 18 DEGREES K.) AND LIQUID (20 TO 22 DEGREES K.), HEAT OF FUSION

AND TRIPLE POINT (18.7 DEGREES K.).

TABLE, EQUATION, GRAPH

211 GRENIER, G. AND WHITE, D. HEAT CAPACITY OF SOLID HYDROGEN DEUTERIDE.

J. CHEM. PHYS. VOL. 40, NO. 11, 3451-2 (JUN 1964)

HYDROGEN DEUTERIDE, HEAT CAPACITY-SOLID (2.5 TO 15 DEGREES K.).

TABLE, GRAPH

212 GRILLY, E. R.

THE VAPOR PRESSURES OF HYDROGEN, DEUTERIUM, AND TRITIUM UP TO THREE

ATMOSPHERES.

J. AM. CHEM. SOC. VOL. 73, 843-6 (1951)

HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (20 TO 25 DEGREES K.), EQUATION

FOR LIQUID VAPOR PRESSURE.

DEUTERIUM, VAPOR PRESSURE-SOLID (14 TO 19 DEGREES K. ) , VAPOR PRESSURELIQUID (19 TO 28 DEGREES K. ) , EQUATIONS FOR SOLID AND LIQUID VAPOR

PRESSURE.

TRITIUM, VAPOR PRESSURE-SOLID (14 TO 21 DEGREES K.. ) , VAPOR PRESSURELIQUID (21 TO 29 DEGREES Km) , TRIPLE POINT, EQUATIONS FOR SOLID AND

LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

213 GRILLY, E. R. THE DENSITIES OF LIQUID TRITIUM, 20.6 TO 29 DEGREES K.

J. AM. CHEM. SOC. VOL. 73, 5307 (1951)

TRITIUM, DENSITY-LIQUID (21 TO 29 DEGREES K. )

.

TABLE

214 GRILLY, E. R. THE VAPOUR PRESSURE OF SOLID AND LIQUID NEON.

CRYOGENICS VOL. 2, NO. 4, 226-9 (1962)

NEON, VAPOR PRESSURE-SOLID (20 TO 25 DEGREES K. ) , VAPOR PRESSURE-LIQUID

(25 TO 44 DEGREES K.), CRITICAL PRESSURE AND TEMPERATURE, TRIPLE POINT,

VAPOR PRESSURE DATA ARE IN THE FORM OF EQUATIONS FOR SOLID AND LIQUID.

CALCULATED VALUES OF HEAT OF VAPORIZATION.

TABLE, EQUATION

215 GRILLY* E. R., HAMMEL, E. F., AND SYDORIAK, S. G.

APPROXIMATE DENSITIES OF LIQUID HELlUM-3 BETWEEN 1.27 DEGREES AND

2.79 DEGREES K. PHYS. REV. VOL. 75, 1103-4 (1949)

HELIUM-3, DENSITY-LIQUID (1.0 TO 3.3 DEGREES K. ) , DENSITY-VAPOR (1.0 TO

3.3 DEGREES K. )

.

TABLE, GRAPH
63

216 GRILLY. E. R. AND MILLS. R. L. VOLUME CHANGE ON MELTING OF NITROGEN UP TO 3500 KG/SQ.CM.

PHYS. REV. VOL. 105, NO. 4, 1140-5 (1957)

NITROGEN. MELTING PRESSURE (65 TO 120 DEGREES K. ) , DENSITY-SOLID (65 TO

120 DEGREES K. CHANGE IN VOLUME ON MELTING). DENSITY-LIQUID (65 TO 120

DEGREES K.).

TABLE, GRAPH, EQUATION

217 GRILLY, E. R. AND MILLS, R. L. MELTING PROPERTIES OF HELIUM-3 AND HELIUM-4 UP TO 3500 KG/SQ.CM.

ANN. PHYS. (N.Y.) VOL. 8, 1-23 (1959)

HELIUM-3, MELTING PRESSURE-SOLID ALPHA ( 1 TO 3 DEGREES K.. ) , MELTING

PRESSURE-SOLID BETA (3 TO 30 DEGREES K. ) , DENSITY-LIQUID (1 TO 30 DEGREES

K.)» SOLID-SOLID TRANSITION (ALPHA TO BETA), EQUATIONS FOR MELTING

PRESSURE AND LIQUID DENSITY.

HELIUM-4, MELTING PRESSURE (1 TO 30 DEGREES K. ) DENSITY-LIQUID (1 TO 30

DEGREES K.)» EQUATIONS FOR MELTING PRESSURE AND LIQUID DENSITY.

TABLE, GRAPH, EQUATION

218 GRILLY, E. R. AND MILLS, R. L. PVT RELATIONS IN HELIUM-4 NEAR THE MELTING CURVE AND THE LAMBDA-LINE.

ANN. PHYS. (N. Y.) VOL. 18, 250-63 (1962)

HELIUM-4, MELTING PRESSURE-SOLID ALPHA (1.3 TO 1.4 AND 1.8 TO 2.0 DEGREES

K.)» MELTING PRESSURE-SOLID GAMMA (1.4 TO 1.8 DEGREES K..)» SOLID-SOLID

TRANSITION (ALPHA TO GAMMA 1.4 TO 1.8 DEGREES K.)» DENSITY-SOLID ALPHA

(1.3 TO 1.4 DEGREES K.. CHANGE IN VOLUME ON MELTING), DENSITY-SOLID GAMMA

(1.4 TO 1.8 DEGREES K.. CHANGE IN VOLUME ON MELTING), DENSITY-LIQUID (1.3

TO 2.0 DEGREES K.J, DENSITY-SOLID-SOLID TRANSITION (1.4 TO 1.8 DEGREES K. CHANGE IN VOLUME ON TRANSITION ALPHA TO GAMMA), EQUATIONS FOR MELTING

PRESSURE.

TABLE, GRAPH, EQUATION

219 GRILLY. E. R., SYDORIAK. S. G. AND MILLS. R. L. ANOMALIES IN P-V-T RELATIONS FOR HELIUM-3 NEAR ITS MELTING CURVE.

P. 121-5 IN PROC. SYMP. LIQUID SOLID HELIUM THREE. 2 ND. COLUMBUS. OHIO

(AUG 23-25, 1960)

HELIUM-3, MELTING PRESSURE (0.3 TO 0.5 DEGREES K» ) , DENSITY-SOLID (0.3 TO

1.2 DEGREES K. > AND LIQUID (0.3 TO 0.8 DEGREES K.).

EQUATION, GRAPH

220 GROTH, W.» IHLE, H. AND MURRENHOFF, A. BESTIMMUNG DER TEMPERATURABHANGIGK.E I T DER DAMPFDRUCKVERHALTNI SSE.

(DETERMINATION OF THE TEMPERATURE DEPENDENCE OF THE VAPOR PRESSURE

RELATIONS.)

Z. NATURFORSCH. VOL. 9A, 805-6 (1954)

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID (69 TO 74 DEGREES K. ) , EQUATION

FOR LIQUID VAPOR PRESSURE OF CARBON MONOXIDE AND METHANE.

TABLE, EQUATION

GERMAN
64

221 GROTH, W.» IHLE. H. AND MURRENHOFF, A.

BESTIMMUNG DES DAMPFDRUCKVERHALTNISSES DER ISOTOPEN SAUERSTOFF-16 ZU

SAUERSTOFF-18 ZWISCHEN 63 UND 74 GRAO K.

(DETERMINATION OF THE VAPOR PRESSURE RATIO OF THE ISOTOPES OXYGEN-16 TO

OXYGEN-18 BETWEEN 63 AND 74 DEGREES K. ) ANGEW. CHEM. VOL. 68, 644-8 (1956)

OXYGEN (ISOTOPES 16 AND 18), VAPOR PRESSURE-LIQUID (63 TO 74 DEGREES K.),

DATA IS IN THE FORM OF THE RATIO OF PRESSURES OF 016016 TO 016018,

EQUATION FOR VAPOR PRESSURE RATIO.

TABLE, EQUATION

GERMAN

222 GUTHRIE, G. L. THE VAPOR PRESSURE OF SOLID HYDROGEN IN THE TEMPERATURE RANGE FROM 4.7

DEGREES K. TO 11.1 DEGREES K. GENERAL DYNAMICS, GENERAL ATOMIC DIV.» AFOSR-2357 (FEB 1962) 21PP.

ASTIA AD 277010

HYDROGEN (NORMAL), VAPOR PRESSURE-SOLID (4.7 TO 5.1 AND 6.5 TO 11.1

DEGREES K.), EQUATION FOR SOLID VAPOR PRESSURE.

TABLE, GRAPH

223 HEASTIE, R. AND LEFEBVRE, C.

PHASE EQUILIBRIA IN CONDENSED MIXTURES OF ARGON AND XENON.

PROC. PHYS. SOC. (LONDON) VOL. 76, 180-84 (1960)

ARGON, VAPOR PRESSURE-SOLID (81 TO 84 DEGREES K.. ) AND LIQUID

(84 DEGREES K. >. GRAPHICAL DATA ONLY

224 HELTEMES, E. C.

THE HEAT CAPACITY OF SOLID HELIUM-3 UNDER PRESSURE.

IOWA STATE UNIV. OF SCI. AND TECHNOL., AMES, PH.D. THESIS (1961)

HELIUM-3, MELTING PRESSURE (SOLID ALPHA) (0.7 TO 3 DEGREES K. ) AND (SOLID

BETA) (2.7 TO 19 DEGREES K. ) , HEAT CAPACITY-SOLID ALPHA (0.2 TO 2.0

DEGREES K.) AND SOLID BETA (0.4 TO 2.0 DEGREES K.).

TABLE, GRAPH, EQUATION

225 HELTEMES, E. C. AND SWENSON, C. A. SPECIFIC HEAT OF SOLID HELIUM-3.

PHYS. REV. LETTERS VOL. 7, NO. 10, 363-65 (1961)

HELIUM-3, HEAT CAPACITY-SOLID ALPHA (0.3 TO 2 DEGREES (C. ) . GRAPHICAL DATA ONLY

226 HELTEMES, E. C. AND SWENSON, C. A. HEAT CAPACITY OF SOLID HELIUM-3.

PHYS. REV. VOL. 128, NO. 4, 1512-19 (1962)

HELIUM-3, HEAT CAPACITY-SOLID ALPHA (0.7 TO 2.5 DEGREES K.)» SOLID BETA

(3 TO 16 DEGREES K.)

.

HELIUM-4, HEAT CAPACITY-SOLID (2 TO 18 DEGREES K.>.

TABLE, GRAPH, EQUATION
65

227 HENNING, F. DIE FIXIERUNG DER TEMPERATURSKALA ZWISCHEN UND -193 GRAD.

(THE FIXED POINTS OF THE TEMPERATURE SCALE BETWEEN AND -193 DEGREES.)

ANN. PHYSIK VOL. 43. 282-94 (1914)

OXYGEN* VAPOR PRESSURE-LIQUID (88 TO 90 DEGREES K.)» NORMAL BOILING POINT

TABLE

GERMAN

228 HENNING, F. TENSIONS- UND WIDERSTANDSTHERMOMETER IM TEMPERATUR-GEBI ET DES

VERFLUSSIGTEN STICKSTOFFS UND WASSERSTOFFS.

(VAPOR PRESSURE AND RESISTANCE THERMOMETER IN THE TEMPERATURE REGION OF

LIQUID NITROGEN AND HYDROGEN.)

Z. PHYSIK. VOL. 40. 775-85 (1926)

NITROGEN. VAPOR PRESSURE-SOLID (61 TO 63 DEGREES K. ) AND LIQUID (61 TO

79 DEGREES K. > , TRIPLE POINT, EQUATION FOR LIQUID VAPOR PRESSURE.

HYDROGEN, VAPOR PRESSURE-LIQUID (14 TO 20 DEGREES K. ) , TRIPLE POINT,

EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, EQUATION

GERMAN

229 HENNING, F. AND HEUSE, W.

EINE NEUE BESTIMMUNG DER NORMALEN SIEDEPUNKTE VON SAUERSTOFF, STICKSTOFF,

UND WASSERSTOFF.

(A NEW DETERMINATION OF THE NORMAL BOILING POINT OF OXYGEN, NITROGEN, AND

HYDROGEN.)

Z. PHYSIK VOL. 23, 105-16 (1924)

OXYGEN, VAPOR PRESSURE-LIQUID (68 TO 89 DEGREES K.). EQUATION FOR LIQUID

VAPOR PRESSURE.

NITROGEN, VAPOR PRESSURE-LIQUID (68 TO 78 DEGREES K. ) . EQUATION FOR

LIQUID VAPOR PRESSURE.

HYDROGEN, NORMAL BOILING POINT.

TABLE, EQUATION

GERMAN

230 HENNING, F. AND OTTO, J. DAMPFDRuCKKURVEN UND FIXPUNKTE IM TEMPERATURGEBI ET VON 14 GRAD BIS 90

GRAD ABS.

(VAPOR PRESSURE CURVES AND FIXED POINTS IN THE TEMPERATURE RANGE FROM 14

DEGREES TO 90 DEGREES ABSOLUTE.)

P. 174-86 IN PROC. INTERN. CONGR. REFRIG. 7TH CONG. THE HAGUE-AMSTERDAM

(1936)

ALSO IN PHYSIK Z. VOL. 37, 633-8 (1936)

HYDROGEN, VAPOR PRESSURE-LIQUID (14 TO 20 DEGREES K.)» TRIPLE POINT

TEMPERATURE AND PRESSURE, NORMAL BOILING POINT, EQUATION FOR LIQUID VAPOR

PRESSURE.

NEON, VAPOR PRESSURE-LIQUID (25 TO 28 DEGREES K. ) AND SOLID (22 TO 24

DEGREES K.)» TRIPLE POINT TEMPERATURE AND PRESSURE, NORMAL BOILING POINT,

EQUATIONS FOR LIQUID AND SOLID VAPOR PRESSURE.

NITROGEN, VAPOR PRESSURE-LIQUID (22 TO 24 DEGREES K.)» TRIPLE POINT

TEMPERATURE AND PRESSURE, NORMAL BOILING POINT, EQUATION FOR LIQUID VAPOR

PRESSURE.

OXYGEN, VAPOR PRESSURE-LIQUID (67 TO 90 DEGREES K.)» TRIPLE POINT

TEMPERATURE AND PRESSURE, NORMAL BOILING POINT, EQUATION FOR LIQUID VAPOR

PRESSURE.

INCLUDES AN EXTENSIVE COMPILATION OF EXISTING TRIPLE POINT AND NORMAL

BOILING POINT DATA.

TABLE

GERMAN
66

231 HENNING, F. AND STOCK. A.

UBER DIE SATTIGUNGSDRUCKE EINIGER DAMPFE 2WISCHEN +10 UND -181 GRAD.

(THE SATURATION PRESSURE OF SOME VAPORS BETWEEN +10 AND -181 DEGREES.)

Z. PHYSIK VOL. 4, 226-40 (1920)

METHANE. VAPOR PRESSURE-LIQUID (91 TO 111 DEGREES K. ) AND SOLID (80 TO

86 DEGREES K. ) . NORMAL BOILING POINT, EQUATION FOR SOLID AND LIQUID VAPOR

PRESSURE.

TABLE

GERMAN

232 HERCUS. G. R. AND WlLKS, J. THE SPECIFIC HEAT OF LIQUID HELIUM II AS A FUNCTION OF PRESSURE.

PHIL. MAG. VOL. 45, 1163-72 (1954)

HELIUM-4, HEAT CAPACITY-LIQUID (1.4 TO 2.0 DEGREES K.).

TABLE. GRAPH

233 HERZBERG. F. EFFECTIVE DENSITY OF BOILING LIQUID OXYGEN.

P. 526-32 IN ADVANCES IN CRYOGENIC ENGINEERING. VOL.. 5. PROC. 1959 CRYO.

ENG. CONF., BERKELEY, CALIF. (1959) PLENUM PRESS, NEW YORK (1960)

OXYGEN, BULK DENSITY-LIQUID (TEMPERATURE NOT MEASURED), DENSITY PLOTTED

AGAINST VAPOR PRESSURE WHICH VARIED FROM 15 TO 28 PSIA.

GRAPHICAL DATA ONLY

234 HESTERMANS, P. AND WHITE, D. THE VAPOR PRESSURE, HEAT OF VAPOR IZAT TON AND HEAT CAPACITY OF METHANE

FROM THE BOILING POINT TO THE CRITICAL TEMPERATURE.

J. PHYS. CHEM. VOL. 65, 362-65 (1961)

METHANE, VAPOR PRESSURE-LIQUID (110 TO 190 DEGREES K. ) , HEAT CAPACITYLIQUID (115 TO 187 DEGREES K. ) , HEAT OF VAPORIZATION (112 TO 185

DEGREES K.)» EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, EQUATION

235 HEUSE, W. MOLVOLUMEN VON KOHLENWASSERSTOFFEN UND EINIGEN ANDEREN VERBINDUNGEN BE I TIEFER TEMPERATUR.

(MOLECULAR VOLUME OF HYDROCARBONS AND OTHER COMPOUNDS AT LOW

TEMPERATURES.

)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. A147, 266-74 (1930)

METHANE, DENSITY-SOLID (20.4 DEGREES K.

)

ONE TABULAR VALUE

GERMAN

236 HEUSE, W. AND OTTO, J. EINE NEUt GASTHERMOMETRISCHE BESTIMMUNG VON FIXPUNKTEN UNTERHALB GRAD

IN VERBINDUNG MIT TENSIONS- UND WIDERSTANDSTHERMOMETERN

.

(A NEW GAS THERMOMETER DETERMINATION OF SOME FIXED POINTS BELOW DEGREES

IN CONNECTION WITH VAPOR PRESSURE AND RESISTANCE THERMOMETERS.)

ANN. PHYSIK (5) VOL. 9, 486-504 (1931)

HYDROGEN, VAPOR PRESSURE-LIQUID (20.3 TO 20.5 DEGREES K.).

OXYGEN, VAPOR PRESSURE-LIQUID (89.8 TO 90.6 DEGREES K.).

TABLE

GERMAN
67

237 HEUSE. W. AND OTTO, J. GASTHERMOMETRISCHE BESTIMMUNG EINIGER FIXPUNKTE UNTERHALB GRAD MIT

TENSIONS UND W IDERSTANDSTHERMOMETERN. II,

(GAS THERMOMETER DETERMINATIONS OF SOME FIXED POINTS BELOW DEGREES WITH

VAPOR PRESSURE AND RESISTANCE THERMOMETERS. II.)

ANN. PHYSIK VOL. 14, 185-92 (1932)

CARBON MONOXIDE, VAPOR* PRESSURE-LIQUID (78.1 TO 81.7 DEGREES <..).

NITROGEN, VAPOR PRESSURE-LIQUID (77.3 TO 77.8 DEGREES K.).

OXYGEN, VAPOR PRESSURE-LIQUID (89.7 TO 90.2 DEGREES K.).

TABLE

GERMAN

238 HILL, R. W. AND LOUNAsMAA, 0. V. THE SPECIFIC HEAT OF LIQUID HELIUM.

PHIL. MAG. VOL. 2, 143-8 (1957)

HELIUM, HEAT CAPACITY-LIQUID (1.8 TO 5.0 DEGREES K.

)

TABLE, GRAPH

239 HILL, R. W. AND LOUNASMAA, 0. V. THE LATTICE SPECIFIC HEATS OF SOLID HYDROGEN AND DEUTERIUM.

PHIL. MAG. VOL. 4, NO. 43, 785-95 (1959)

PARAHYDROGEN, HEAT CAPACITY-SOLID (2.5 TO 9 DEGREES K. ) , EQUATION FOR

SOLID HEAT CAPACITY.

DEUTERIUM(ORTHO) , HEAT CAPACITY-SOLID (2 TO 10 DEGREES K. )

.

TABLE, EQUATION, GRAPH

240 HILL, R. W. AND RICKETSON, B. W. A. XXXI. A LAMBDA-ANOMALY IN THE SPECIFIC HEAT OF SOLID HYDROGEN.

PHIL. MAG. VOL. 45, 277-82 (1954)

HYDROGEN (ORTHO-PARA MIXTURES, ORTHO CONCENTRATIONS VARY FROM 0.5 TO

74 PERCENT), HEAT CAPACITY-SOLID (2 TO 12 DEGREES K. ) . GRAPHICAL DATA ONLY

241 HILL, R. W.» RICKETSON, B. W. A. AND SIMON, F.

A LAMBDA-ANOMALY IN THE SPECIFIC HEAT OF HYDROGEN.

BULL. INST. INTERN. FROID ANNEXE 1955-2, 113-4 (1954)

HYDROGEN (ORTHO-PARA MIXTURE), HEAT CAPACITY-SOLID (0.7 TO 2 DEGREES K.).

NO DATA - QUALITATIVE DISCUSSION OF EXPERIMENTAL RESULTS.

242 HOGE, H. J. VAPOR PRESSURE AND FIXED POINTS OF OXYGEN AND HEAT CAPACITY IN THE

CRITICAL REGION.

J. RESEARCH NATL. BUR. STANDARDS VOL. 44, 321-45 (1950)

OXYGEN, VAPOR PRESSURE-LIQUID (54 TO 155 DEGREES K. ) AND SOLID (51 TO

54 DEGREES K.), SOLID-SOLID TRANSITION (SOLID III TO SOLID II, 23.9

DEGREES K. AND SOLID II TO SOLID I, 43.8 DEGREES K. ) , TRIPLE POINT,

CONTAINS AN EXTENSIVE COMPILATION OF FIXED POINTS FOR OXYGEN.

TABLE
68

243 HOGE, H. J. AND ARNOLD. R. D. VAPOR PRESSURES OF HYDROGEN. DEUTERIUM,

POINT PRESSURES OF THEIR MIXTURES.

J. RESEARCH NATL. BUR. STANDARDS VOL. 47,

AND HYDROGEN DEUTERIDE AND DEW- 63-74 (1951) RP 2228

HYDROGEN (20.4 DEGREE K, EQUILIBRIUM), VAPOR PRESSURE-LIQUID (17 TO 33

DEGREES K.), NORMAL BOILING POINT.

DEUTERIUM (NORMAL), VAPOR PRESSURE-LIQUID (21 TO 34 DEGREES K.).

DEUTERIUM (20.4 DEGREE K. EQUILIBRIUM), VAPOR PRESSURE-LIQUID (19 TO 38

DEGREES' K.), NORMAL BOILING POINT, TRIPLE POINT.

HYDROGEN DEUTERIDE, VAPOR PRESSURE-LIQUID (17 TO 35 DEGREES K. ) , NORMAL

BOILING POINT, TRIPLE POINT, EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, GRAPH

244 HOGE, H. J., AND LASSITER, J. W. CRITICAL TEMPERATURES, PRESSURES, AND VOLUMES OF HYDROGEN

HYDROGEN DEUTERIDE.

J. RESEARCH NATL. BUR. STANDARDS VOL. 47, 75-9 (1951)

DEUTERIUM, AND

HYDROGEN (20.4 DEGREE IC. EQUILIBRIUM), VAPOR PRESSURE-LIQUID (32 TO 33

DEGREES K.)» DENSITY-LIQUID (32 TO 33 DEGREES K.), CRITICAL TEMPERATURE,

PRESSURE AND MOLAR VOLUME.

DEUTERIUM (20.4 DEGREE K. EQUILIBRIUM), VAPOR PRESSURE-LIQUID (37- TO 41

DEGREES K.), DENSITY-LIQUID (37 TO 41 DEGREES K. ) , CRITICAL TEMPERATURE,

PRESSURE AND MOLAR VOLUME.

HYDROGEN DEUTERIDE (20.4 DEGREE K. EQUILIBRIUM), VAPOR PRESSURE-LIQUID

(35 TO 36 DEGREES K.), DENSITY-LIQUID (35 TO 36 DEGREES K. ) , CRITICAL

TEMPERATURE, PRESSURE AND MOLAR VOLUME.

TABLE, GRAPH

245 HOLLAND, F. A., HUGGILL, J. A. W. AND JONES, G. 0.

THE SOLID-FLUID EQUILIBRIUM OF HELIUM ABOVE 5000 ATM. PRESSURE.

PROC. ROY. SOC. (LONDON) VOL. A207, 268-77 (1951)

HELIUM, MELTING PRESSURE (30 TO 50 DEGREES K.)» EQUATION FOR MELTING

PRESSURE FROM 2.4 TO 50 DEGREES K. EXTENDED VERSION OF 246 BELOW.

EQUATION, GRAPH

246 HOLLAND, F. A., HUGGILL, J. A. W. , JONES, G. SOLID HELIUM AT 'HIGH' TEMPERATURES.

NATURE VOL. 165, 147-8 (1950)

0. AND SIMON, F. E.

HELIUM, MELTING PRESSURE (30 TO 50 DEGREES K, SHORT VERSION OF 245 ABOVE.

EQUATION, GRAPH

247 HOLST, G. ON THE MEASUREMENT OF VERY LOW TEMPERATURES. XXVI. THE VAPOUR-PRESSURES

OF OXYGEN AND NITROGEN ACCORDING TO THE PRESSURE-MEASUREMENTS BY V. SIEMENS AND THE TEMPERATURE-DETERMINATIONS BY KAMERLINGH ONNES C. S.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. VOL. 148A, (1915)

TRANSLATION FROM VERSLAG GEWONE VER. WIS NATUURK. AFDEEL. KON. AKAD.

WETENSHAP. AMSTERDAM VOL. 25, 603-13 (1915)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 18, 829-39 (1916)

OXYGEN, VAPOR PRESSURE-LIQUID (57 TO 90 DEGREES K. )

.

NITROGEN, VAPOR PRESSURE-LIQUID (57 TO 80 DEGREES K.).

THIS IS NOT ORIGINAL DATA BUT CORRECTS VAPOR PRESSURE DATA OF 485 BY VON

SIEMENS AND SHOULD BE USED TO CORRECT THE TEMPERATURES IN THAT PAPER.

TABLE
69

248 HOLST» G. AND HAMBURGER. L. INVESTIGATION OF THE EQUILIBRIUM LIQUID-VAPOUR OF THE SYSTEM ARGONNITROGEN.

PROC. AKAD. WETENSCHAPPEN VOL. 18, 872-94 (1916)

TRANSLATION FROM Z. PHYSIK. CHEM. VOL. 91. 513-47 (1916)

OXYGEN, VAPOR PRESSURE-LIQUID (78 TO 83 DEGREES K.

)

. NITROGEN, VAPOR PRESSURE-LIQUID (69 TO 81 DEGREES K.).

ARGON, VAPOR PRESSURE-LIQUID (84 TO 90 DEGREES K.), TRIPLE POINT.

TABLE

249 HU, J.H., WHITE, D. AND JOHNSTON, H. L. CONDENSED GAS CALORIMETRY. V. HEAT CAPACITIES, LATENT HEATS AND ENTROPIES

OF FLUORINE FROM 13 TO 85 DEGREES K., HEATS OF TRANSITION, FUSION,

VAPORIZATION AND VAPOR PRESSURES OF THE LIQUID.

J. AM. CHEM. SOC. VOL. 75, 5642-5 (1953)

ALSO IN OHIO STATE UNIV. RESEARCH FOUNDATION, CRYOGENIC LAB., COLUMBUS

TECH. REPT. NO. TR 283-23 (APR 1953) 11 P. FLUORINE. VAPOR PRESSURE-LIQUID (54 TO 89 DEGREES K.)» HEAT CAPACITYSOLID(ALPHA) (14 TO 45 DEGREES K.) AND SOLID(BETA) (45 TO 53 DEGREES K.)

AND LIQUID (58 TO 81 DEGREES K.), SOLID-SOLID TRANSITION (42 TO 48

DEGREES K.)» HEAT OF FUSION (51 TO 57 DEGREES K.), HEAT OF VAPORIZATION

(85 DEGREES K. )

.

TABLE

250 HULL, R. A., WILKINSON, K. R. AND WILKS. J. THE SPECIFIC HEAT OF LIQUID HELIUM AT TEMPERATURES BETWEEN 0.6 AND 1.6

DEGREES K. PROC. PHYS. SOC. (LONDON) VOL. 64A, 379-88 (1951)

HELIUM, HEAT CAPACITY-LIQUID (0.4 TO 1.6 DEGREES K.).

TABLE, GRAPH

251 HUNTER, M. A. THE MOLECULAR AGGREGATION OF LIQUEFIED GASES.

J. PHYS. CHEM. VOL. 10, 330-60 (1906)

METHANE, VAPOR PRESSURE-SOLID (80 TO 88 DEGREES K.) AND LIQUID (96 TO

110 DEGREES K.) EQUATION FOR SOLID AND LIQUID VAPOR PRESSURE. THE

MEASURED VALUES FOR SOLID VAPOR PRESSURE ARE NOT GIVEN, BUT VALUES ARE

CALCULATED USING AN EMPIRICAL EQUATION. NORMAL BOILING AND MELTING POINTS

ARE ESTIMATED.

TABLE, EQUATION

252 INGLIS, J. K. H. AND COATES. J. E. THE DENSITIES OF LIQUID NITROGEN AND LIQUID OXYGEN AND THEIR MIXTURES.

J. CHEM. SOC. (LONDON) VOL. 89. 886-9 (1906)

OXYGEN. DENSITY-LIQUID (75 AND 79 DEGREES K. )

.

NITROGEN. DENSITY-LIQUID (75 AND 79 DEGREES K. )

.

TABLE
70

253 JARRY, R. L. STUDIE5 OF THE PROPERTIES OF LIQUID FLUORINE, NITROGEN TRIFLUORIDE AND

PECHLORYL FLUORIDE.

PENN. SALT MFG. CO., WYNDMOOR, PA., REPT. NO. AFOSR TR-56-50

(DEC 1956)

ASTIA AD 110 311

FLUORINE, DENSITY-LIQUID (67 TO 103 DEGREES K. ) . EQUATION FOR LIQUID

DENSITY.

TABLE, EQUATION

254 JARRY, R. L. AND MILLER, H. C. THE DENSITY OF LIQUID FLUORINE BETWEEN 67 AND 103 DEGREES K. J. AM. CHEM. SOC. VOL. 78, 1552-3 (1956)

ALSO IN PENNSYLVANIA SALT MFG. CO., WHITEMARSH RESEARCH LAB., TECH. NOTE

ORS-TN-55-286 (NOV 1955)

ASTIA AD 77 193

FLUORINE, DENSITY-LIQUID (66 TO 103 DEGREES K. ) , EQUATION FOR LIQUID

DENSITY, APPEARS TO BE THE SAME AS NUMBER 253 ABOVE.

TABLE, EQUATION

255 JOHNS, T. F. VAPOUR PRESSURE RATIO OF 12C160 AND 13C160.

PROC. PHYS. SOC. VOL. 66, 808-09 (1953)

CARBON MONOXIDE (VARIOUS ISOTOPIC MIXTURES), VAPOR PRESSURE-LIQUID (66 TO

77 DEGREES K.) AND SOLID BETA (62 TO 66 DEGREES K.)» EQUATIONS FOR LIQUID

AND SOLID VAPOR PRESSURE. THE GRAPH OF P VS. T SHOWS MELTING POINT AND

SOLID ALPHA AND BETA TRANSITIONS FOR VARIOUS MIXTURES. A MORE COMPLETE

DESCRIPTION OF THIS WORK IS PRESENTED IN NUMBER 256 BELOW.

' GRAPH, EQUATION

256 JOHNS, T. F. VAPOUR PRESSURE DIFFERENCES BETWEEN SOME OF THE ISOTOPIC SPECIES OF

CARBON MONOXIDE, METHANE AND OXYGEN.

ATOMIC ENERGY RESEARCH ESTAB. (GT. BRIT.) GP/R-2166 53PP. (1957)

ASTIA AD 156458

CARBON MONOXIDE (VARIOUS ISOTOPIC MIXTURES), VAPOR PRESSURE DIFFERENCESLIQUID (68 TO 81 DEGREES K. ) AND SOLID (61 TO 68 DEGREES K. ) , MELTING

PRESSURE (68 DEGREES <•), TRANSITION TEMPERATURE-SOLID ALPHA TO SOLID

BETA (61 DEGREES K. ) , EQUATIONS FOR LIQUID AND SOLID VAPOR PRESSURE.

METHANE (VARIOUS ISOTOPIC MIXTURES), VAPOR PRESSURE DIFFERENCES-LIQUID

(91 TO 105 DEGREES K.) AND SOLID (81 TO 91 DEGREES K. ) » MELTING PRESSURE

(91 DEGREES K.), EQUATIONS FOR LIQUID AND SOLID VAPOR PRESSURE.

OXYGEN (VARIOUS ISOTOPIC MIXTURES), VAPOR PRESSURE DIFFERENCES-LIQUID

(65 TO 89 DEGREES K.), EQUATION FOR LIQUID VAPOR PRESSURE.

NO TEMPERATURE MEASUREMENTS WERE MADE. TEMPERATURE WAS DEDUCED FROM

KNOWN P-T RELATIONS FOR REFERENCE SAMPLE.

TABLE, GRAPH

257 JOHNS, T. F. VAPOUR PRESSURE RATIOS OF NITROGEN (ISOTOPES 14 AND 15).

PROC. PHYS. SOC. (LONDON) VOL. 71, 701-3 (1958)

NITROGEN (ISOTOPES 14 AND 15 >, VAPOR PRESSURE (NO TEMPERATURE GIVEN).

VAPOR PRESSURE DIFFERENCE BETWEEN ISOTOPIC VARIATIONS AND A REFERENCE

SAMPLE.

GRAPHICAL DATA ONLY
71

258 JOHNSTON. H. L., CLARICE, J. T.. RIFKIN, E. B. AND KERR, E. C. CONDENSED GAS CALORIMETRY. I. HEAT CAPACITIES, LATENT HEATS, AND

ENTROPIES OF PURE PARA-HYDROGEN FROM 12.7 TO 20.3 DEGREES K. DESCRIPTION

OF THE CONDENSED GAS CALORIMETER IN USE IN THE CRYOGENIC LABORATORY OF

THE OHIO STATE UNIVERSITY.

J. AM. CHEM. SOC. VOL. 72» 3933-38 (1950)

PARAHYDROGEN, HEAT CAPACITY-SOLID (13 TO 14 DEGREES K.) AND LIQUID (14 TO

19 DEGREES K.J. TRIPLE POINT, HEAT OF FUSION (13 TO 15 DEGREES K. ) , HEAT OF VAPORIZATION (20 DEGREES K. )

»

NORMAL BOILING POINT . TABLE

259 JONES, G. 0. AND WALKER, P. A. THE DIAGRAM OF STATE AND SPECIFIC HEATS OF LIQUID ARGON.

BULL. INST. INTERN. FROID ANNEXE 1955-3, 321-23 (PRESENTED AT CONF. DE PHYSIQUE DES BASSES TEMPERATURE, PARIS. SEPT. 2-8, 1955)

ARGON, HEAT CAPACITY-LIQUID (120 TO 150 DEGREES K. ) , THE SPECIFIC HEATS

WERE MEASURED ALONG ISOBARS NEAR CRITICAL PRESSURE, SO THAT MOST OF THE

VALUES ARE IN THE LIQUID REGION, HOWEVER, A P-T DIAGRAM IS INCLUDED.

GRAPHICAL DATA ONLY

260 JONES, G. 0. AND WALKER, P. A. SPECIFIC HEATS OF FLUID ARGON NEAR THE CRITICAL POINT.

PROC. PHYS. SOC. (LONDON) VOL. B69, 1348-9 (1956)

ARGON, HEAT CAPACITY-LIQUID (135 TO 175 DEGREES K.)» HEAT CAPACITY

MEASUREMENTS WERE TAKEN DIRECTLY ACROSS THE CO-EXISTENCE CURVE IN CERTAIN

CASES.

GRAPHICAL DATA ONLY

261 JONES, M. L. THERMODYNAMIC PROPERTIES OF METHANE AND NITROGEN AT LOW TEMPERATURES

AND HIGH PRESSURES.

MICHIGAN UNIV., ANN ARBOR, PH. D. THESIS (1962) 182 P. METHANE, HEAT CAPACITY-LIQUID (160 TO 190 DEGREES K.), HEAT OF

VAPORIZATION (160 TO 170 DEGREES K. )

.

NITROGEN, HEAT CAPACITY-LIQUID (116 TO 120 DEGREES K.), HEAT OF

VAPORIZATION (120 TO 125 DEGREES K.).

TABLE, EQUATION, GRAPH

262 JORDAN, T. H., STREIB, W. E., SMITH, G. W. AND LIPSCOMB, W. H. SINGLE-CRYSTAL STUDIES OF BETA-FLUORINE AND GAMMA-OXYGEN.

ACTA CRYST. VOL. 17, 777-8 (JUN 1964)

FLUORINE, SOLID-SOLID TRANSITION (ALPHA TO BETA) (45.5 DEGREES K.J.

X-RAY DIFFRACTION DATA.

TABLE (ONE TABULAR VALUE)
72

263 JUSTI. E. UBER DIE TRIPELPUNKTE DES STICKSTOFFS UND DES SAUERSTOFFS ALS FESTPUNKTE

DER TEMPERATURSKALA.

(THE TRIPLE POINTS OF NITROGEN AND OXYGEN OR FIXED POINTS ON THE

TEMPERATURE SCALE.)

ANN. PHYSIK VOL. 10, 983-92 (1931)

NITROGEN. TRIPLE POINT.

OXYGEN, TRIPLE POINT.

TABLE

GERMAN

264 KAISCHEW, R. AND SIMON, F. SOME THERMAL PROPERTIES OF CONDENSED HELIUM.

NATURE VOL. 133, 460 (1934)

HELIUM, DENSITY-SOLID (3.6 AND 4.0 DEGREES K.)» HEAT OF FUSION (3.4 AND

4.0 DEGREES K. ).

TABLE

265 KANDA, E. STUDIES ON FLUORINE AT LOW TEMPERATURES. VII. DETERMINATION OF DIELECTRIC

CONSTANTS OF CONDENSED GASES.

BULL. CHEM. SOC. JAPAN VOL. 12, 473-9 (1937)

OXYGEN, DENSITY-LIQUID (60 TO 88 DEGREES K.).

FLUORINE, DENSITY-LIQUID (57 TO 83 DEGREES K.).

TABLE

266 KANDA, E. STUDIES ON FLUORINE AT LOW TEMPERATURES. VIII. DETERMINATION OF MOLECULAR

HEAT, HEAT OF FUSION OF CONDENSED FLUORINE AND THE ENTROPY OF FLUORINE.

BULL. CHEM. SOC. JAPAN VOL. 12, 511-20 (1937)

FLUORINE, HEAT CAPACITY-SOLID (15 TO 54 DEGREES K. > AND LIQUID (57 TO 83

DEGREES K.), HEAT OF FUSION (55 DEGREES K.).

OXYGEN, SOLID-SOLID TRANSITION (SOLID III TO SOLID II) (24 DEGREES K. ) , SOLID II TO SOLID I (43 DEGREES K.), MELTING LINE (54 DEGREES K.).

TABLE

267 KARWAT, E. DER DAMPFDRUCK DES FESTEN CHLORWASSERSTOFFS, METHANS UND AMMONIAKS.

(THE VAPOR PRESSURE OF SOLID HYDROGEN CHLORIDE, METHANE AND AMMONIA.)

Z. PHYSIK. CHEM. VOL. 112, 486-90 (1924)

METHANE, VAPOR PRESSURE-SOLID (77 TO 87 DEGREES K. ) , EQUATION FOR SOLID

VAPOR PRESSURE.

TABLE, EQUATION

268 KEESOM, W. H. THE HEAT OF VAPORIZATION OF HYDROGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 137E (1911)

ALSO IN HANDELINGEN VAN HET 13 DE NED. NAT. EN GENEESK CONGRES, APR.

1911, 181-86

HYDROGEN, HEAT OF VAPORIZATION (NO TEMPERATURE GIVEN), PRESSURE VARIED

FROM 121 TO 777 MM HG. ONE VALUE IS AT 761 MM HG.

OXYGEN, HEAT OF VAPORIZATION (90 DEGREES K.).

TABLE
73

269 KEESOM. W. H.

SOLID HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 184B (1926)

HELIUM. MELTING LINE (1.2 TO 4.2 DEGREES K.).

TABLE, GRAPH

270 KEESOM, W. H. SUR LES CHALEURS SPECIFIQUES DE L»HELIUM SOLIDE ET LIQUIDE ET LA CHALEUR

DE FUSION DE L'HELIUM.

(THE SPECIFIC HEAT OF SOLID AND LIQUID HELIUM AND THE HEAT OF FUSION OF

HELIUM.)

P. 148-50 IN PROC. INTERN. CONGR. REFRIG., 7 TH, THE HAGUE-AMSTERDAM

(1936)

HELIUM. HEAT CAPACITY-SOLID AND LIQUID (2 TO 4 DEGREES K. ) , DENSITY-SOLID

AND LIQUID (2 TO 4 DEGREES K.>» HEAT OF FUSION (2.5 TO 3.5 DEGREES K.).

GRAPHICAL DATA ONLY

FRENCH

271 KEESOM, W. H. AND BIJL, A. DETERMINATION OF THE VAPOUR PRESSURES OF LIQUID NITROGEN BELOW ONE

ATMOSPHERE AND OF SOLID BETA NITROGEN. BOILING POINT AND TRIPLE POINT OF

NITROGEN.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 245D (1937)

ALSO IN PHYSICA VOL. 4, 305-10 (1937)

NITROGEN. VAPOR PRESSURE-SOLID BETA (53 TO 63 DEGREES K.), AND LIQUID

(64 TO 77 DEGREES K. ) » TRIPLE POINT. NORMAL BOILING POINT. EQUATIONS FOR

SOLID AND LIQUID VAPOR PRESSURE.

TABLE. EQUATION

272 KEESOM, W. H.» BIJL, A., AND VAN DER HORST. H.

DETERMINATION OF THE BOILING POINTS AND THE VAPOUR-PRESSURE CURVES OF

NORMAL HYDROGEN AND OF PARA-HYDROGEN. THE NORMAL BOILING POINT OF NORMAL

HYDROGEN AS A BASIC POINT IN THERMOMETRY.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 217A (1931)

ALSO IN PROC. KON. AK.AD. AMSTERDAM VOL. 34, 1223 (1931)

HYDROGEN (NORMAL). VAPOR PRESSURE-LIQUID (15 TO 20 DEGREES K. ) , EQUATION

FOR LIQUID VAPOR PRESSURE.

PARAHYDROGEN, VAPOR PRESSURE-LIQUID (15 TO 20 DEGREES K.), EQUATION FOR

LIQUID VAPOR PRESSURE. A SERIES OF MEASUREMENTS WERE CONDUCTED NEAR THE

NORMAL BOILING POINT IN ORDER TO DETERMINE THE NORMAL BOILING POINT.

THE EQUATIONS ARE EXPLICIT IN TEMPERATURE.

TABLE, EQUATION

273 KEESOM, W. H. AND CLUSIUS. K. DIE UMWANDLUNG FLUSSIGES HELIUM I - FLUSSIGES HELIUM II UNTER DRUCK.

(THE TRANSITION LIQUID HELIUM I - LIQUID HELIUM II UNDER PRESSURE.)

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 216B (1932)

ALSO IN KONINKL. NED. AKAD. WETENSCHAP. PROC. VOL. 34. 603 (1931)

HELIUM-4. LAMBDA TRANSITION (HE I TO HE II) (1.9 TO 2.2 DEGREES K.).

TABLE. GRAPH

GERMAN
74

274 KEESOM, W. H. AND CLUSIUS, K. UEBER DIE SPEZIFISCHE WARME DES FLUSSIGEN HELIUMS.

(CONCERNING THE SPECIFIC HEAT OF LIQUID HELIUM.)

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 219E (1932)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 35, 307 (1932)

HELIUM, HEAT CAPACITY-LIQUID ( 1 TO 4 DEGREES K. ) . TABLE, GRAPH

GERMAN

275 KEESOM, W. H. AND DAMMERS, B. G.

ON THE CONSTRUCTION OF PLATINUM THERMOMETERS AND THE DETERMINATION OF

THEIR BASIC POINTS.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 239D (1935)

ALSO IN PHYSICA VOL. 2, 1051 (1935)

OXYGEN, NORMAL BOILING POINT. A SINGLE DETERMINATION OF THE NORMAL

BOILING POINT BY A PLATINUM RESISTANCE THERMOMETER COMPARED WITH A HELIUM

THERMOMETER.

TABLE (ONE VALUE)

276 KEESOM, W. H., DE SMEDT, J. AND MOOY , H. H. CRYSTAL STRUCTURE OF PARA HYDROGEN AT LIQUID HELIUM TEMPERATURES.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 209D (1930)

PARAHYDROGEN, DENSITY-SOLID (APPROXIMATELY 2 DEGREES K. ) , ESTIMATED FROM

X-RAY ANALYSIS OF CRYSTAL STRUCTURE.

TABLE (ONE VALUE)

277 KEESOM, W. H. AND HAANTJES, J. THE VAPOUR PRESSURE OF NEON AT LIQUID HYDROGEN TEMPERATURES.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 235C (1935)

ALSO IN PHYSICA VOL. 2, 460-2 (1935)

NEON, VAPOR PRESSURE-SOLID (15 TO 20 DEGREES K. ) , EQUATION FOR SOLID

VAPOR PRESSURE.

TABLE, EQUATION

278 KEESOM, W. H. AND HAANTJES, J. VAPOUR PRESSURES OF NEON OF DIFFERENT ISOTOPIC COMPOSITIONS.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN 239C (1935)

ALSO IN PHYSICA VOL. 2, 986-99 (1935)

NEON (VARIOUS ISOTOPIC MIXTURES), VAPOR PRESSURE-SOLID (19 TO 24

DEGREES K.) AND LIQUID (25 TO 27 DEGREES K. ) , EQUATION FOR SOLID VAPOR

PRESSURE. ALL VAPOR PRESSURES ARE VAPOR PRESSURE DIFFERENCES BETWEEN

ISOTOPIC COMPOSITIONS AND NORMAL NEON.

TABLE, EQUATION, GRAPH

279 KEESOM, W. H. AND KEESOM, A. P. ON THE ANOMALY IN THE SPECIFIC HEAT OF LIQUID HELIUM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 221D (1932)

ALSO IN KONINKL. AKAD. WETENSCHAP., PROC. VOL. 35, 736-42 (1932)

HELIUM-4, HEAT CAPACITY-LIQUID I (2.2 TO 3 DEGREES K.) AND LIQUID II (1.3

TO 2.2 DEGREES K.).

TABLE, GRAPH
75

280 KEESOM, W. H. AND KEES0M» A. P. ISOPYCNALS OF LIQUID HELIUM. II. COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 224E (1933)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL* 36. 612 (1933)

HELIUM-4, MELTING PRESSURE (SOLID TO LIQUID II) (1.2 TO 1.4 DEGREES K. ) , INCLUDING DETERMINATION (BY EXTRAPOLATION) OF THE TRIPLE POINT. I.E..

LIQUID I - LIQUID II - SOLID.

TABLE, GRAPH

281 KEESOM. W. H. AND KEESOM, A. P. NEW MEASUREMENTS ON THE SPECIFIC HEAT OF LIQUID HELIUM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 235D (1935)

ALSO IN PHYSICA VOL. 2. 557 (1935)

HELIUM-4, LAMBDA TRANSITION (LIQUID I TO LIQUID II) (2.19 DEGREES K.)»

HEAT CAPACITY-LIQUID I (2.1 TO 2.2 DEGREES K.) AND LIQUID II (1.2 TO 2.1

DEGREES K.).

TABLE, GRAPH

282 KEESOM, W. H. AND KEESOM, A. P. MEASUREMENTS CONCERNING THE SPECIFIC HEAT OF SOLID HELIUM AND THE MELTING

HEAT OF HELIUM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 240B (1936)

ALSO IN PHYSICA VOL. 3, 105-17 (1936)

HELIUM, HEAT CAPACITY-SOLID (2 TO 4 DEGREES K. ) AND LIQUID (2 TO 4 DEGREES K.), DENSITY-SOLID (2 TO 4 DEGREES K.) AND LIQUID (2 TO 4 DEGREES K.)» HEAT OF FUSION (2 TO 4 DEGREES K.). A SERIES OF MEASUREMENTS

(DENSITY, SPECIFIC HEAT, HEAT SUPPLIED) WERE MADE PASSING FROM SOLID TO

MELTING REGION TO LIQUID. FOUR DIFFERENT RUNS WERE MADE WITH FOUR

DIFFERENT MELTING REGIONS.

TABLE

283 KEESOM, W. H. AND LISMAN, J. H. C.

THE MELTING-CURVE OF HYDROGEN TO 450 KG/SQ.CM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 213E (1931)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 34, 598 (1931)

HYDROGEN, MELTING PRESSURE (14 TO 25 DEGREES K. )

.

TABLE, EQUATION, GRAPH

284 KEESOM. W. H. AND LISMAN. J. H. C.

LA COURBE DE FUSION DE L'HYDROGENE JUSQU'A 610 KG/SQ.CM.

(THE FUSION CURVE OF HYDROGEN UP TO 610 KG/SQ.CM.)

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 221A (1932)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 35, 607 (1932)

HYDROGEN, MELTING PRESSURE (14 TO 27 DEGREES K.).

TABLE, GRAPH, EQUATION

FRENCH

285 KEESOM, W. H. AND LISMAN, J. H. C.

THE MELTING CURVE OF NEON TO 200 KG/SQ.CM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 224B (1933)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 36. 378 (1933)

NEON, MELTING PRESSURE (25 TO 28 DEGREES K. )

.

TABLE, EQUATION, GRAPH
76

286 KEESOM, W. H. AND LISMAN, J. H. C.

THE MELTING CURVE OF NITROGEN TO 110 KG/SQ.CM.

COMMUNS. KAMERLIN6H ONNES LAB. UNIV. LEIDEN NO. 232B (1934)

ALSO IN PHYSICA VOL. 1» 735 (1933-34)

NITROGEN. MELTING PRESSURE (63 TO 65 DEGREES K. )

.

TABLE, EQUATION, GRAPH

287 KEESOM, W. H. AND LISMAN, J. H. C.

COURBES DE FUSION DES GAZ SOLIDIFIES.

(FUSION CURVES OF SOLIDIFIED GASES.)

P. 151-5 IN PROC. INTERN. CONGR. REFRIG. 7TH CONG. THE HAGUE-AMSTERDAM

( 1936)

NEON, MELTING PRESSURE (25 TO 27 DEGREES K.).

NITROGEN, MELTING PRESSURE (64 TO 66 DEGREES K. ) . OXYGEN, MELTING PRESSURE (55 TO 57 DEGREES K.).

CONTAINS ESSENTIALLY THE SAME DATA AS PRESENTED BY LISMAN AND KEESOM

IN 329 AND KEESOM AND LISMAN IN 285 AND 286.

TABLE, GRAPH

FRENCH

288 KEESOM, W. H. AND ONNES, H. K. THE SPECIFIC HEAT AT LOW TEMPERATURES. III. MEASUREMENTS OF THE SPECIFIC

HEAT OF SOLID NITROGEN BETWEEN 14 DEGREES K AND THE TRIPLE POINT AND OF

LIQUID NITROGEN BETWEEN THE TRIPLE POINT AND THE BOILING POINT.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 149A (1916)

TRANSLATION FROM VERSLAG GEWONE VERGADER. WIS-EN NATUURK. AFDEEL.

VOL. 24, 1315-23 (1916)

NITROGEN, HEAT CAPACITY-SOLID (15 TO 62 DEGREES K) AND LIQUID (64 TO 76

DEGREES K.), TRIPLE POINT.

TABLE, GRAPH

289 KEESOM, W. H. AND ONNES, H. K. THE SPECIFIC HEAT AT LOW TEMPERATURES. IV. MEASUREMENTS OF THE SPECIFIC

HEAT OF LIQUID HYDROGEN. PRELIMINARY RESULTS ON THE SPECIFIC HEAT OF

SOLID HYDROGEN AND ON THE HEAT OF FUSION OF HYDROGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 153A (1918)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 20, 1000-4 (1918)

HYDROGEN, HEAT CAPACITY-SOLID (12 TO 13 DEGREES K.) AND LIQUID (15 TO 20

DEGREES K.), HEAT OF FUSION (0.7 DEGREES K. BELOW TO 1.6 DEGREES K. ABOVE

TRIPLE POINT.)

.

TABLE, GRAPH

290 KEESOM, W. H. AND TACONIS* K. W. ON THE STRUCTURE OF SOLID HELIUM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 250 E (1938)

ALSO IN PHYSICA VOL. 5, NO. 3, 161-9 (MAR 1938)

HELIUM, DENSITY-SOLID (1.45 DEGREES K. ) . CALCULATED FROM X-RAY

DIFFRACTION DATA.

TABLE (1 VALUE)
77

291 KEESOM, W. H., VAN DER HORST, H. AND JANSEN, A. F. J. NEW DETERMINATION OF THE NORMAL BOILING POINT OF OXYGEN.

COMMUNS. KAMERLINGH ONNE5 LAB. UNIV. LEIDEN NO. 203B (1929)

OXYGEN» VAPOR PRESSURE-LIQUID (89 TO 90 DEGREES K.)» EQUATION FOR LIQUID

VAPOR PRESSURE.

TABLE, EQUATION

292 KEESOM, W. H., WEBER, S. AND NORGAARD, G.

NEW MEASUREMENTS ON THE VAPOUR PRESSURE CURVE OF LIQUID HELIUM. I. COMMUNS. PHYS. LAB. UNIV. LEIDEN, NO. 202B (1929)

ALSO IN KONINKL. NED. AKAD. WETENSCHAP. PROC. VOL. 32, 864 (1929)

HELIUM, VAPOR PRESSURE-LIQUID (1.7 TO 4.2 DEGREES K.).

TABLE, GRAPH

293 KEESOM, W. H., WEBER, S. AND SCHMIDT, G.

NEW MEASUREMENTS ON THE VAPOUR PRESSURE CURVE OF LIQUID HELIUM. II. COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 202C (1929)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 32, 1314 (1929)

HELIUM, VAPOR PRESSURE-LIQUID (0.8 TO 4.9 DEGREES K.), EQUATION FOR

LIQUID VAPOR PRESSURE.

TABLE, EQUATION

294 KEESOM, W. H. AND WESTMIJZE, W. K. THE SPECIFIC HEAT OF LIQUID HELIUM FROM 1.5 DEGREES K DOWN TO 0.4 DEGREES

K.PHYSICA VOL. 8, NO. 9, 1044 (1941)

HELIUM, HEAT CAPACITY-LIQUID (0.6 TO 1.5 DEGREES K. ) . EQUATION FOR LIQUID

HEAT CAPACITY.

EQUATION ONLY

295 KELLERS, C. F. SPECIFIC HEAT OF LIQUID HELIUM NEAR THE LAMBDA POINT.

DUKE UNIV., DURHAM, N. CAR., PH. D. THESIS (1960) 89 P. HELIUM-4, HEAT CAPACITY-LIQUID (1.9 TO 2.35 DEGREES K.), LAMBDA

TEMPERATURE.

TABLE, GRAPH

296 KERR, E. C.

MOLAR VOLUMES OF LIQUID DEUTERIUM AND OF A 1 TO 1 MIXTURE OF TRITIUM AND

DEUTERIUM, 19.5 TO 24.5 DEGREES K J. AM. CHEM. SOC. VOL. 74, 824-5 (1952)

DEUTERIUM (ORTHO-PARA CONCENTRATION NOT SPECIFIED), DENSITY-LIQUID (20 TO

25 DEGREES K.)» EQUATION FOR LIQUID DENSITY. THE DATA IS GIVEN FOR MOLAR

VOLUMES IN CUBIC CM/MOLE.

TABLE, EQUATION
78

297 KERR, E. C.

ORTHOBARIC DENSITIES OF HELIUM-3. 1.3 DEGREES K TO 3.2 DEGREES K. PHYS. REV. VOL. 96, 551-54 (1954)

HELIUM-3. DENSITY-LIQUID (1.3 TO 3.2 DEGREES K. ) AND VAPOR (1.3 TO 3.2

DEGREES K.)» CRITICAL DENSITY DETERMINED BY RECTILINEAR DIAMETER.

EQUATIONS FOR LIQUID AND VAPOR DENSITIES.

TABLE, GRAPH, EQUATION

298 KERR, E. C.

DENSITY OF LIQUID HELIUM-4.

J. CHEM. PHYS. VOL. 26, 511-14 (1957)

HELIUM-4, DENSITY-LIQUID (1.2 TO 4.3 DEGREES K. ) , EQUATION FOR LIQUID

DENSITY. INCLUDES POINTS IN BOTH HE I AND HE II REGIONS. THE CRITICAL

DENSITY WAS DETERMINED BY RECTILINEAR DIAMETER.

TABLE, GRAPH

299 KERR, E. C. , RIFKIN, E. B. , JOHNSTON, H. L. AND CLARKE, J. T. CONDENSED GAS CALORIMETRY. II. HEAT CAPACITY OF ORTHO-DEUTERIUM BETWEEN

13.1 AND 23.6 DEGREES K., MELTING AND BOILING POINTS, HEATS OF FUSION AND

VAPORIZATION. VAPOR PRESSURE OF LIQUID ORTHO-DEUTERIUM.

J. AM. CHEM. SOC. VOL. 73, 282-9 (1951)

DEUTERIUM (97.8 PERCENT ORTHO) , VAPOR PRESSURE-LIQUID (19 TO 24

DEGREES K.), HEAT CAPACITY-SOLID (14 TO 18 DEGREES K. ) AND LIQUID (20 TO

23 DEGREES K. ) , HEAT OF FUSION (18 TO 19 DEGREES K.), HEAT OF

VAPORIZATION (24 DEGREES K. ) , TRIPLE POINT TEMPERATURE AND PRESSURE,

NORMAL BOILING POINT, EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

300 KERR, E. C. AND TAYLOR, R. D. MOLAR VOLUME AND EXPANSION COEFFICIENT OF LIQUID HELIUM-3.

ANN. PHYS. (N.Y.) VOL. 20, 450-63 (1962)

HELIUM-3, DENSITY-LIQUID (0.16 TO 1.8 DEGREES K.), EQUATION FOR LIQUID

DENSITY.

TABLE, EQUATION, GRAPH

301 KERR, E. C. AND TAYLOR, R. D. THE MOLAR VOLUME AND EXPANSION COEFFICIENT OF LIQUID HELIUM-4.

ANN. PHYS. (N.Y.) VOL. 26, NO. 2, 292-306 (1964)

HELIUM-4, DENSITY-LIQUID (0.05 TO 2.8 DEGREES K. INCLUDING THE LAMBDA

POINT), EQUATION FOR LIQUID DENSITY.

TABLE, EQUATION, GRAPH

302 KEYES, F. G. , TAYLOR, R. S.» AND SMITH, L. B. THE THERMODYNAMIC PROPERTIES OF METHANE.

J. MATH. PHYS. VOL. 1, 211-242 (1922)

METHANE, VAPOR PRESSURE-LIQUID (97 TO 191 DEGREES K.), DENSITY-LIQUID

(100 TO 185 DEGREES K. ) , CRITICAL TEMPERATURE AND PRESSURE, CRITICAL

DENSITY CALCULATED BY USE OF RECTILINEAR DIAMETER, EQUATION FOR LIQUID

VAPOR PRESSURE, VAPOR DENSITY CALCULATED FROM EQUATION OF STATE.

TABLE, EQUATION
79

303 KEYES, F. G. . TOWNSHEND, B. AND YOUNG, L. H. THE ESTABLISHING OF THE ABSOLUTE TEMPERATURE SCALE BELOW THE MELTING

POINT OF ICE,

J. MATH. PHYS. VOL. 1, 243^312 (1922)

OXYGEN* NORMAL BOILING POINT.

TABLE

304 KIDDER* J. N.

DENSITY MEASUREMENTS IN SOLID HELIUM 4.

P. 419-20 IN LOW TEMPERATURE PHYSICS* PROC. 8 TH INTERN. CONF. ON LOW

TEMP. PHYS.. QUEEN MARY COLLEGE, LONDON (SEPT 16-22, 1962) BUTTERWORTHS

WASHINGTON. 1963

HELIUM-4, DENSITY-SOLID (1.46 TO 1.72 DEGREES K. ) . DENSITY-LIQUID (1.46

TO 1.72 DEGREES K.) (GIVEN AS CHANGE OF VOLUME ON MELTING), CHANGE OF

VOLUME ON TRANSITION (ALPHA TO GAMMA) (1.46 TO 1.72 DEGREES K. )

.

TABLE, GRAPH

305 KILNER, S. B., RANDOLPH, C. L. AND GILLESPIE, R. W. THE DENSITY OF LIQUID FLUORINE.

J. AM. CHEM. SOC. VOL. 74, 1066-7 (1952)

FLUORINE, DENSITY-LIQUID (77 DEGREES K).

TABLE

306 K.IRSHENBAUM, J. AND UREY, H. C.

THE DIFFERENCE IN THE VAPOR PRESSURES, HEATS OF VAPORIZATION* AND TRIPLE

POINTS OF NITROGEN (14) AND NITROGEN (15) AND OF AMMONIA AND

TRIDEUTEROAMMONIA.

J. CHEM. PHYS. VOL. 10, NO. 12, 706-17 (1942)

NITROGEN (NORMALLY OCCURING NITROGEN AND NITROGEN WITH 34.6 PERCENT

NITROGEN-15) , VAPOR PRESSURE-LIQUID (64 TO 75 DEGREES K.)» TRIPLE POINT,

EQUATION FOR RATIO OF LIQUID VAPOR PRESSURE OF ISOTOPES.

TABLE, EQUATION, GRAPH

307 KISTEMAKER, J. THE VAPOR PRESSURE OF LIQUID HELIUM FROM THE LAMBDA-POINT TO 1.3 DEGREES

K.COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 269C (1946)

ALSO IN PHYSICA VOL. 12, 272-80 (1946)

HELIUM, VAPOR PRESSURE-LIQUID (1.3 TO 2.1 DEGREES K. )

.

TABLE

308 KLIPPING, G. AND MASCHER, W.

VAKUUMERZUGUNG DURCH CONDENSATION AN T I EFGEKUHLTEN FLACHEN. II. DIE

CONDENSATION VON STICKSTOFF UND WASSERSTOFF AN EINER DEFINIERTEN

KALTFLACHE.

(VACUUM PRODUCTION BY CONDENSATION ON LOW TEMPERATURE SURFACE. II. THE CONDENSATION OF NITROGEN AND HYDROGEN ON A WELL DEFINED COLD SURFACE)

Z. ANGEW. PHYS. VOL. 16, 471-6 (1964)

NITROGEN, VAPOR PRESSURE-SOLID (22 TO 29 DEGREES K. ) . HYDROGEN* VAPOR PRESSURE-SOLID (3.3 TO 4.5 DEGREES K.).

GRAPHICAL DATA ONLY

GERMAN
80

309 KNAAP, H. F. P., KNOESTER, M. AND BEENAKKER, J. J. M. THE VOLUME CHANGE ON MIXING FOR SEVERAL LIQUID SYSTEMS AND THE

DIFFERENCE IN MOLAR VOLUME BETWEEN THE ORTHO AND PARA MODIFICATIONS OF

THE HYDROGENIC MOLECULES.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 325 C (1961)

ALSO IN PHYSICA VOL. 27, 309-18 (1961)

HYDROGEN (NORMAL AND PARA), DENSITY-LIQUID (20.4 DEGREES K.).

DEUTERIUM (NORMAL AND EQUILIBRIUM), DENSITY-LIQUID (20.4 DEGREES K. )

.

DIFFERENCES IN NORMAL AND PARA DENSITIES ONLY ARE REPORTED.

TABLE

310 KOGAN, V. S., LAZAREV, B. G. AND BULATOVA, R. F. THE CRYSTALLINE STRUCTURE OF HYDROGEN AND DEUTERIUM.

SOVIET PHYS. JETP VOL. 4, 593-4 (1957)

TRANSLATION FROM ZHUR. EKSPTL. I TEORET. FIZ. VOL. 31, 541 (1956)

DEUTERIUM, DENSITY-SOLID (4 DEGREES K.).

TABLE

311 KOSTRIUKOVA, M. 0.

SPECIFIC HEAT OF SOLID OXYGEN BETWEEN 20 DEGREES AND 4 DEGREES K. SOVIET PHYS. JETP VOL. 3, 771-2 (1956)

TRANSLATION FROM ZHUR. EKSPTL. I TEORET. FIZ. VOL. 30, 1162-4 (1956)

OXYGEN, HEAT CAPACITY-SOLID (4 TO 20 DEGREES K. )

.

TABLE, GRAPH

312 KOSTRIUKOVA, M. 0. AND STRELKOV, P. G.

SPECIFIC HEAT OF SOLID OXYGEN BELOW 4 DEGREES K. DOKLADY AKAD. NAUK. S. S. S. R. VOL. 90, 525-8 (1953)

TRANSLATION AVAILABLE FROM OFFICE OF TECHNICAL SERVICES, NO. 62-26017

OXYGEN, HEAT CAPACITY-SOLID (1.7 TO 3.8 DEGREES K.).

GRAPHICAL DATA

313 KRAMERS, H. C. SOME PROPERTIES OF LIQUID HELIUM BELOW 1 DEGREE K. IIIA-IIIB.

KONINKL. NED. AKAD. WETENSCHAP. PROC. VOL. B58, 386-400 (1955)

HELIUM II, HEAT CAPACITY-LIQUID (0.60 TO 2.2 DEGREES K.).

TABLE, GRAPH

314 KRAMERS, H. C. , WASSCHER, J. D. AND GORTER, C. J.

THE SPECIFIC HEAT OF LIQUID HELIUM BETWEEN 0.25 AND 1.9 DEGREES K. COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 288C (1952)

ALSO IN PHYSICA VOL. 18, 329-38 (1952)

HELIUM-II, HEAT CAPACITY-LIQUID (0.25 TO 1.9 DEGREES K.).

TABLE, GRAPH
81

315 KRUIS. H. A.» POPP . L. AND CLUSIUS. K. UBER UMWANDLUNGEN IN FESTEN HYDRIDEN UND DEUTERIDEN.

(ON TRANSITIONS IN SOLID HYDRIDES AND DEUTERIDES.)

Z. ELEKTROCHEM. VOL. 43, 664-6 (1937)

METHANE, SOLID-SOLID TRANSITION (ALPHA TO BETA) (20.4 DEGREES K. ) , HEAT OF TRANSITION (ALPHA TO BETA), MELTING TEMPERATURE, TRIPLE POINT.

DEUTERO-METHANE (CD4), SOLID-SOLID TRANSITION (ALPHA TO BETA) (26.3

DEGREES K.) AND (BETA TO GAMMA) (21.4 DEGREES K.), HEAT OF TRANSITION

(ALPHA TO BETA) AND (BETA TO GAMMA), MELTING TEMPERATURE, TRIPLE POINT.

TABLE

GERMAN

316 KUENEN, J. P. AND CLARK, A. L. CRITICAL POINT, CRITICAL PHENOMENA AND A FEW CONDENSATION-CONSTANTS OF

AIR.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 150B (1917)

ALSO IN VERSLAG. GEWONE VERGADER. WIS-EN NATUURK. AFDEEL. AKAD.

WETENSCHAP. AMSTERDAM VOL. 25, 1087-96 (1917)

AIR, VAPOR PRESSURE-LIQUID (123 TO 133 DEGREES K.), DENSITY-LIQUID (127

TO 133 DEGREES K.) AND VAPOR (130 TO 133 DEGREES K. ) , CRITICAL PRESSURE

AND DENSITY MEASURED AT BOTH THE PLAIT POINT AND POINT OF CONTACT.

TABLE, GRAPH

317 LADENBURG, A. AND K.RUGEL, C.

UEBER DIE MESSUNG TIEFER TEMPERATUREN. II. (MEASUREMENT OF LOW TEMPERATURES. II.)

BER. DEUT. CHEM. GES. VOL. 33, 637-38 (1900)

OXYGEN, NORMAL BOILING POINT.

METHANE, NORMAL BOILING POINT.

TABLE

GERMAN

318 LAHR, P. H. AND EVERSOLE, W. G.

COMPRESSION ISOTHERMS OF ARGON, KRYPTON, AND XENON THROUGH THE FREEZING

ZONE.

J. CHEM. ENG. DATA VOL. 7, NO. 1, 42~7 (1962)

ARGON, MELTING PRESSURE (137 TO 360 DEGREES K.), DENSITY-SOLID AND LIQUID

(137 TO 360 DEGREES K. ) , EQUATION FOR SOLID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

319 LANGER, D. W. J. SOLIDIFICATION OF HELIUM AT 77 DEGREES K. PHYS. AND CHEM. SOLIDS VOL. 21, 122~3 (OCT 1961)

HELIUM-*-, VAPOR PRESSURE-SOLID (77 DEGREES K.).

TABLE, GRAPH

320 LEE, D. M. AND FAIRBANK, H. A. DENSITY AND EXPANSION COEFFICIENT OF LIQUID HELIUM-3 BELOW 1 DEGREE K. PHYS. FLUIDS VOL. 2, 582-83 (1959)

HELIUM-3, DENSITY-LIQUID (0.2 TO 1.0 DEGREES K. ) , THE DENSITY

MEASUREMENTS WERE MADE BY MEASURING DIELECTRIC CONSTANT AND USING THE

CLAUSIUS-MOSSOTTI RELATION.

GRAPHICAL DATA ONLY
82

321 LE PAIR, C.» TACONIS, K. W. , DE BRUYN OUBOTER, R. AND DAS, P. FREEZING AND LAMBDA CURVES OF HELIUM 3 - HELIUM 4 MIXTURES.

P. 37-8 IN LOW TEMPERATURE PHYSICS, PROC. 8 TH INTERN. CONF. ON LOW

TEMP. PHYS., QUEEN MARY COLLEGE, LONDON (SEPT 16-22, 1962) BUTTERWORTHS,

WASHINGTON, D. C, 1963

HELIUM-4, MELTING PRESSURE (1.8 TO 2.2 DEGREES K . ) , LAMBDA TEMPERATURE.

GRAPHICAL DATA ONLY

322 LE PAIR, C, TACONIS, K. W. , DE BRUYN OUBOTER, R. AND DAS, P. A DIRECT MEASUREMENT OF THE MINIMUM IN THE MELTING CURVE OF HE-4.

PHYSICA VOL. 29, NO. 6, 755-56 (1963)

HELIUM-4, MELTING PRESSURE (0.5 TO 0.8 DEGREES K.)

TABLE, GRAPH

323 LEVELT, J. M. H.

MEASUREMENTS OF THE COMPRESSIBILITY OF ARGON IN THE GASEOUS AND LIQUID

PHASE.

AMSTERDAM UNIVERSITY, NETHERLANDS, PH. D. THESIS (1958) 120 P.

ARGON, VAPOR PRESSURE-LIQUID (122 TO 153 DEGREES K. ) , DENSITY-LIQUID

(122 TO 153 DEGREES K.) AND VAPOR (122 TO 153 DEGREES K.), EQUATION FOR

LIQUID VAPOR PRESSURE. CRITICAL DENSITY CALCULATED BY MEANS OF

RECTILINEAR DIAMETER.

TABLE, EQUATION, GRAPH

324 LEWIS, G. N. AND HANSON, W. T. THE VAPOR PRESSURE OF MIXTURES OF LIGHT AND HEAVY HYDROGEN.

J. AM. CHEM. SOC. VOL. 56, 1000-1 (1934)

HYDROGEN, MELTING TEMPERATURE (13.75 DEGREES K. ) , VAPOR PRESSURE-LIQUID

(18.65 DEGREES K. )

.

DEUTERIUM, MELTING TEMPERATURE (18.5 DEGREES K. ) , VAPOR PRESSURE-LIQUID

(18.65 DEGREES KL.). THE DATA IS OF A VERY PRELIMINARY NATURE, ACCORDING

TO THE AUTHORS.

GRAPHICAL DATA ONLY

325 LEWIS, 6. N. AND HANSON, W. T. THE VAPOR PRESSURE OF SOLID AND LIQUID HEAVY HYDROGEN.

J. AM. CHEM. SOC. VOL. 56, 1001-2 (1934)

DEUTERIUM, VAPOR PRESSURE-SOLID (15 TO 18 DEGREES K. ) AND LIQUID (18 TO

20 DEGREES «..)» TRIPLE POINT. THIS IS A BRIEF PRESENTATION OF THE

MEASUREMENTS REPORTED IN NUMBER 326 BELOW.

TABLE, GRAPH

326 LEWIS* G. N. AND HANSON, W. T. THE VAPOR PRESSURE OF SOLID AND LIQUID DEUTERIUM AND THE HEATS OF

SUBLIMATION, OF FUSION AND OF VAPORIZATION.

J. AM. CHEM. SOC. VOL. 56, 1687-90 (1934)

DEUTERIUM, VAPOR PRESSURE-SOLID (15 TO 18 DEGREES K« ) AND LIQUID (18 TO

20 DEGREES K.)» TRIPLE POINT. CALCULATED VALUES OF HEATS OF SUBLIMATION,

VAPORIZATION AND FUSION ARE REPORTED. THESE MEASUREMENTS HAVE BEEN

BRIEFLY REPORTED IN NUMBER 325 ABOVE.

TABLE
83

327 LIBBY, W. F. AND BARTER, C. A.

VAPOR PRESSURES OF THE TRITIUM LIQUID HYDROGENS. DEPENDENCE OF HYDROGEN

VAPOR PRESSURE ON MASS OF THE MOLECULE.

J. CHEM. PHYS. VOL. 10, 184-6 (1942)

HYDROGEN TRITIDE, VAPOR PRESSURE-LIQUID (20.4 DEGREES K. )

•

DEUTERIUM TRITIDE. VAPOR PRESSURE-LIQUID (20.4 DEGREES K. )

.

TABLE

328 LISMAN, J. H. C. AND K.EESOM, W. H.

THE MELTING-CURVE OF OXYGEN.

PHYSICA VOL. 2, 839 (1935)

OXYGEN, MELTING PRESSURE (55 TO 5* DEGREES K.).

TABLE

329 LISMAN, J. H. C. AND KEESOM, W. H.

THE MELTING CURVE OF OXYGEN TO 170 KILOGRAMS PER SQUARE CENTIMETER.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 239A (1935)

ALSO IN PHYSICA VOL. 2, 901 (1935)

OXYGEN, MELTING PRESSURE (SOLID I TO LIQUID) (55 TO 56 DEGREES K.).

TABLE, EQUATION, GRAPH

330 LONG, E. AND MEYER, L. VAPOR PRESSURE OF LIQUID HELIUM AT THE LAMBDA POINT.

PHYS. REV. VOL. 83, 860 (1951)

HELIUM, VAPOR PRESSURE-LIQUID (2.18 DEGREES K.).

TABLE

331 LOUNASMAA, 0. V. THE SPECIFIC HEAT AT CONSTANT VOLUME, THE ENTROPY, THE INTERNAL ENERGY,

AND THE FREE ENERGY OF LIQUID HELIUM-4 BETWEEN 1.2 AND 2.9 DEGREES K. CRYOGENICS VOL. 1, 212-21 (1961)

HELIUM-4, HEAT CAPACITY-LIQUID (1.8 TO 2.2 DEGREES K.). SPECIFIC HEAT

WAS MEASURED ALONG LAMBDA CURVE. AUTHORS STATE THAT THE VALUES ARE NOT

ACCURATE.

TABLE

332 LOUNASMAA, 0. V. AND KAUNISTO* L. DIRECT MEASUREMENTS OF THE PARTIAL DERIVATIVE OF P WITH RESPECT TO T AT

CONSTANT VOLUME OF LIQUID HELIUM NEAR THE LAMBDA-CURVE.

ANN. ACAD. SCI. FENNICAE SER. A, VI, NO. 59, 1-16 (1960)

HELIUM-4, LAMBDA CURVE (1.76 TO 2.09 DEGREES K. ) , DENSITY-LIQUID ALONG

THE LAMBDA CURVE.

TABLE, GRAPH

333 LOUNASMAA, 0. V. AND KOJO, E. THE SPECIFIC HEAT (V=CONSTANT) OF LIQUID HELIUM NEAR THE LAMBDA-CURVE AT

VARIOUS DENSITIES.

ANN. ACAD. SCI. FENNICAE SER. A. NO. 36, 2-25 (1959)

HELIUM, LAMBDA CURVE (1.77 TO 2.17 DEGREES K.)» HEAT CAPACITY-LIQUID I (1.5 TO 2.15 DEGREES K.) AND LIQUID II (2.2 TO 2.6 DEGREES K. ) . LAMBDA

CURVE DATA IS IN THE FORM OF P-Ti A SHORT VERSION OF THIS ARTICLE IS

NUMBER 334 BELOW.

TABLE, GRAPH
84

334 LOUNASMAA, 0. V. AND KOJO. E. THE SPECIFIC HEAT (V = CONSTANT) OF LIQUID HELIUM NEAR THE LAMBDA-CURVE

AT VARIOUS DENSITIES.

P. 245-7 IN PROGRESS IN REFRIGERATION SCIENCE AND TECHNOLOGY. VOL. 1.

PROC. 10TH INTERN. CONGR. OF REFRIG.. COPENHAGEN (1959)

PERGAMON PRESS. NEW YORK (1960)

HELIUM. HEAT CAPACITY-LIQUID (1.5 TO 2.6 DEGREES K. ) . SAME EXPERIMENTAL

DATA AS NUMBER 333 ABOVE BUT DOES NOT HAVE TABULAR DATA.

GRAPHICAL DATA ONLY

335 LYNCH, E. J.

ON THE LAMBDA POINT IN LIQUID HELIUM.

DUKE UNIV., DURHAM, NORTH CAROLINA, MASTER THESIS (1956)

HELIUM-4, LAMBDA TEMPERATURE (2.175 DEGREES K.). LAMBDA TEMPERATURE WAS

DETERMINED BY DISCONTINUITY IN DIELECTRIC CONSTANT.

TABLE, GRAPH

336 MANZHELII, V. G. AND TOLKACHEV, A. M.

DENSITY OF AMMONIA AND METHANE IN THE SOLID STATE.

SOVIET PHYS. SOLID STATE VOL. 5, NO. 12, 2506-2512 (1964)

TRANSLATION FROM FIZ. TVERDOGO TELA VOL. 5, NO. 12. 3413-3419 (1963)

METHANE, DENSITY-SOLID (77 AND 85 DEGREES K. )

NITROGEN, DENSITY-LIQUID (77 DEGREES K. )

OXYGEN, DENSITY-LIQUID (77 DEGREES K. )

.

TABLE

337 MARKHAM. A. H. SPECIFIC HEAT AND ENTROPY OF LIQUID HELIUM BETWEEN 0.75 AND 1.5 DEGREES K UNIV. OF WISCONSIN, PH. D. THESIS (1957) 135 P.

HELIUM-4, HEAT CAPACITY-LIQUID (0.75 TO 1.5 DEGREES K. )

.

TABLE, GRAPH

338 MARKHAM, A. H. , PEARCE, D. C. NETZEL, R. G. AND DILLINGER, J. R. SPECIFIC HEAT OF LIQUID HELIUM-4 BETWEEN 0.4 AND 1.5 DEGREES K.

P. 45-8 IN LOW TEMPERATURE PHYSICS AND CHEMISTRY, PROC. 5TH INTERN.

CONF. ON LOW TEMP. PHYS. AND CHEM., MADISON (AUG 1957)

UNIVERSITY OF WISCONSIN PRESS, MADISON (1958)

HELIUM-4, HEAT CAPACITY-LIQUID (0.7 TO 1.5 DEGREES K.).

TABLE

339 MARTINEZ. J. P. AND ONNES, H. K. LA MESURE DES TEMPERATURES TRES BASSES. XXXI. TENSIONS DE VAPEUR DE

L'HYDROGENE ET QUELQUES NOUVELLES DETERMINATIONS THERMOMETR IQUES DANS LE

DOMAINE DE L'HYDROGENE LIQUIDE.

(MEASUREMENT OF VERY LOW TEMPERATURES. XXXI. VAPOR PRESSURE OF HYDROGEN

AND SOME NEW THERMOMETRY DETERMINATIONS IN THE REGION OF LIQUID

HYDROGEN.

)

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 156B (1922)

ALSO IN ARCH. NEERL. SCI. IIIA, VOL. 6, 31-9 (1922)

HYDROGEN, VAPOR PRESSURE-LIQUID (15 TO 21 DEGREES K.), EQUATION FOR

LIQUID VAPOR PRESSURE.

TABLE

FRENCH
85

340 MATHIASt E. AND CROMMELIN. C. A. SUR L'OXYDE DE CARBONE ET L'HELIUM.

(CARBON MONOXIDE AND HELIUM.)

COMMUNS. ICAMERLINGH ONNES LAB. UNIV. LEIDEN SUPPL. NO. 79, 1-28 (1936)

ALSO IN ANN. PHYS. VOL. 5. 137-66 (1936)

CARBON MONOXIDE, DENSITY-LIQUID (68 TO 131 DEGREES K.. ) AND VAPOR (68 TO

131 DEGREES K. ) , EQUATION FOR DENSITY OF LIQUID AND VAPOR.

EQUATION FOR THE RECTILINEAR DIAMETER OF HELIUM IS ALSO INCLUDED.

TABLE, EQUATION, GRAPH

FRENCH

341 MATHIAS, E.t CROMMELIN, C. A., BIJLEVELD, W. J. AND GRIGG, PH. P. LA COURSE DES DENSITES DU LIQUIDE ET DE LA VAPEUR SATURES ET LE DIAMETRE

RECTILIGNE DE L'OXYDE DE CARBONE.

(THE DENSITY CURVES FOR LIQUID AND SATURATED VAPOR AND THE RECTILINEAR

DIAMETER FOR CARBON MONOXIDE.)

COMMUNS. <AMERLINGH ONNES LAB. UNIV. LEIDEN NO. 221B (1932)

ALSO IN K.ONINKL. NED. AKAD. WETENSCHAP. PROC. VOL. 35, 551 (1932)

CARBON MONOXIDE, DENSITY-LIQUID (68 TO 131 DEGREES K.. ) AND VAPOR (68 TO

131 DEGREES K.).

TABLE

FRENCH

342 MATHIAS, E., CROMMELIN, C. A. AND ONNES, H. K. THE RECTILINEAR DIAMETER OF HYDROGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 154B (1921)

TRANSLATION FROM VERSLAG GEWQNE VERGADER. WIS-EN NATUURK. AFDEEL.

VOL. 26, 935-44 (1921)

ALSO IN ANN. PHYS. VOL. 17, 463-74 (1922)

HYDROGEN, DENSITY-LIQUID (23 TO 33 DEGREES K..) AND VAPOR (23 TO 33

DEGREES K.), EQUATION FOR RECTILINEAR DIAMETER.

TABLE, EQUATION, GRAPH

343 MATHIAS, E. , CROMMELIN, C. A. AND ONNES, H. K. LE DIAMETRE RECTILIGNE DU NEON.

(RECTILINEAR DIAMETER FOR NEON.)

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 162B (1923)

ALSO IN ANN. PHYS. VOL. 19, 231-9 (1923)

ALSO IN COMPT. REND. VOL. 175, 933-35 (1922)

NEON, DENSITY-LIQUID (25 TO 43 DEGREES K.) AND VAPOR (25 TO 43 DEGREES K

)

EQUATION FOR RECTILINEAR DIAMETER.

TABLE, EQUATION

FRENCH

344 MATHIAS, E., CROMMELIN, C. A., ONNES, H. K. AND SWALLOW, J. C. FURTHER EXPERIMENTS WITH LIQUID HELIUM. X. THE RECTILINEAR DIAMETER OF

HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 172B (1925)

ALSO IN PROC. ICON. ACAD. AMSTERDAM VOL. 34, 334-6 (1925)

HELIUM, DENSITY-LIQUID (2.3 TO 4.7 DEGREES K. ) AND VAPOR (2.3 TO 4.7

DEGREES K.)» EQUATION FOR RECTILINEAR DIAMETER.

TABLE, EQUATION
86

345 MATHIAS, E. AND ONNES, H. K.

THE RECTILINEAR DIAMETER FOR OXYGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 117 (1911)

TRANSLATION FROM VERSLAG. 6EW0NE VER6ADER. AFDEL. NATUURK. KONINKL. NED.

AKAD. WETENSCHAP VOL. 19, 1039-57 (1911)

ALSO IN ICON. AKAD. WETENSCHAP. AMSTERDAM 939-56 (1911)

OXYGEN, DENSITY-LIQUID (63 TO 153 DEGREES K. ) AND VAPOR (63 TO 153

DEGREES K.), EQUATION FOR RECTILINEAR DIAMETER.

TABLE » EQUATION, GRAPH

346 MATHIAS, E.» ONNES, H. K. AND CROMMELIN, C. A.

ON THE RECTILINEAR DIAMETER FOR ARGON.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 131A (1912)

TRANSLATION FROM VERSLAG GEWONE VERGADER. WIS- EN NATUURK. AFDEEL. ICON. AKAD. WETENSCHAP. 700-6 AND 893-8 (1912)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 15, 667-73 AND 960-5 (1912)

ALSO IN ANN. PHYS. (PARIS) VOL. 17, 442-55 (1922)

ARGON, DENSITY-LIQUID (100 TO 150 DEGREES K.) AND VAPOR (100 TO 150

DEGREES K.)» EQUATION FOR RECTILINEAR DIAMETER.

TABLE, EQUATION, GRAPH

347 MATHIAS, E., ONNES, H. K. AND CROMMELIN, C. A.

THE RECTILINEAR DIAMETER OF NITROGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 145C (1914)

TRANSLATION FROM VERSLAG GEWONE VERGADER. WIS- EN NATUURK. AFDEEL. ICON. AKAD. WETENSCHAP. AMSTERDAM 985 (1914)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 17, 953-9 (1915)

NITROGEN, DENSITY-LIQUID (65 TO 125 DEGREES K. ) AND VAPOR (65 TO 125

DEGREES K.). EQUATION FOR RECTILINEAR DIAMETER.

TABLE, EQUATION, GRAPH

348 MC WILLIAMS, A. S.

CALORIMETRIC MEASUREMENTS ON HELIUM 3 AND ON SOLID HELIUM 3 - HELIUM 4 SOLUTIONS BELOW 1 DEGREE K. OHIO STATE UNIV., PH. D. THESIS (1962) 150 P. HELIUM-3, HEAT CAPACITY-SOLID (0.1 TO 1.0 DEGREES K. ) , HEAT CAPACITYLIQUID (0.06 TO 1.0 DEGREES K.).

TABLE, GRAPH

349 MEGAW, H. K. XI. THE DENSITY AND COMPRESSIBILITY OF SOLID HYDROGEN AND DEUTERIUM AT

4.2 DEGREES K. PHIL. MAG. (7) VOL. 28, NO. 187, 129-47 (1939)

HYDROGEN, DENSITY-SOLID (4.2 DEGREES K.J.

DEUTERIUM, DENSITY-SOLID (4.2 DEGREES K.). EXPANDED VERSION OF

NUMBER 350.

TABLE, GRAPH
87

350 ME6AW. H. D. AND SIMON, F. DENSITY AND COMPRESSIBILITY OF SOLID HYDROGEN AND DEUTERIUM AT 4.2

DEGREES K. NATURE VOL. 138, 244 (1936)

HYDROGEN, DENSITY-SOLID (4.2 DEGREES <.).

DEUTERIUM, DENS I TY-SOL I D ( 4.2 DEGREES K. )

.

SEE NUMBER 349 FOR EXPANDED VERSION.

TABLE (1 VALUE FOR EACH AT 1 ATMOSPHERE.)

351 MENDELSSOHN, K. , RUHEMANN, M. AND SIMON, F. DIE SPEZIFISCHEN WARMEN DES FESTEN WASSERSTOFFS BEI HELIUMTEMPERATUREN.

(THE SPECIFIC HEATS OF SOLID HYDROGEN AT HELIUM TEMPERATURES.)

Z. PHYSIK. CHEM. VOL. 15B, 121-6 (1931)

HYDROGEN (50 PERCENT MIXTURE ORTHO-PARA) » HEAT CAPACITY-SOLID (4 TO 11

DEGREES K.)

HYDROGEN (NORMAL), HEAT CAPACITY-SOLID (4 TO 8 DEGREES K. ) PARAHYDROGEN, HEAT CAPACITY-SOLID (2 TO 10 DEGREES K.J.

TABLE, GRAPH

GERMAN

352 MESSERLY, G. H.

TRIPLE POINT PRESSURE OF HYDROGEN.

J. AM. CHEM. SOC. VOL. 63, 1486-7 (1941)

HYDROGEN, TRIPLE POINT PRESSURE.

TABLE

353 MICHELS, A. AND PRINS, C.

THE MELTING LINES OF ARGON, KRYPTON, AND XENON UP TO 1500 ATM,

REPRESENTATION OF THE RESULTS BY A LAW OF CORRESPONDING STATES.

PHYSICA VOL. 28, 101-116 (1962)

ARGON, MELTING PRESSURE (84 TO 118 DEGREES K.)» TRIPLE POINT.

TABLE, GRAPH

354 MICHELS, A., WASSENAAR, T., DE GRAAFF , W. AND PRINS, CHR.

VAPOUR PRESSURE OF LIQUID NITROGEN.

PHYSICA VOL. 19, 26-8 (1953)

NITROGEN, VAPOR PRESSURE-LIQUID (97 TO 125 DEGREES <•), EQUATION FOR

LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

355 MICHELS, A., WASSENAAR, T.» LEVELT, J. M. AND DE GRAAFF, W.

COMPRESSIBILITY ISOTHERMS OF AIR AT TEMPERATURES BETWEEN -25 DEGREES C AND -155 DEGREES C AND AT DENSITIES UP TO 560 AMAGATS (PRESSURES UP TO

1000 ATMOSPHERES).

APPL. SCI. RESEARCH VOL. A4, 381-92 (1954)

AIR, VAPOR PRESSURE-LIQUID (118 TO 133 DEGREES K.)t DENSITY-LIQUID (118

TO 132 DEGREES K. ) AND VAPOR (118 TO 133 DEGREES K. )

.

TABLE, GRAPH
88

356 MICHELS, A., WASSENAAR, T.» SLUYTERSt K. AND DE GRAAFF, W.

THE TRIPLE POINTS OF CARBON DIOXIDE AND OF ARGON AS FIXED POINTS FOR THE

CALIBRATION OF THERMOMETERS.

PHYSICA VOL. 23, 89-94 (1957)

ARGON, TRIPLE POINT.

TABLE

357 MICHELS, A., WASSENAAR, T. AND ZWIETERING, TH. N. THE VAPOUR PRESSURE OF CARBON MONOXIDE.

PHYSICA VOL. 18, 160-62 U952)

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID (93 TO 133 DEGREES K. ) , EQUATION

FOR LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

358 MILLS, R. L. AND GRILLY, E. R. MELTING CURVES OF HELIUM-3, HELIUM-4, HYDROGEN, DEUTERIUM, NEON,

NITROGEN, AND OXYGEN UP TO 3500 KILOGRAMS PER SQUARE CENTIMETER.

PHYS. REV. VOL. 99, 480-486 (1955)

HELIUM-3, MELTING PRESSURE (2 TO 30 DEGREES K. )

HELIUM-4, MELTING PRESSURE (2 TO 30 DEGREES K. ) . HYDROGEN, MELTING PRESSURE (19 TO 43 DEGREES K. > . DEUTERIUM, MELTING PRESSURE (19 TO 43 DEGREES K. ) . NEON, MELTING PRESSURE (22 TO 60 DEGREES K..).

NITROGEN, MELTING PRESSURE (62 TO 120 DEGREES K.).

OXYGEN, MELTING PRESSURE (54 TO 80 DEGREES <•). NO TABULAR VALUES GIVEN

ALTHOUGH AUTHORS STATE THAT 240 MELTING POINTS WERE MEASURED. CONSTANTS

FOR EACH FLUID ARE GIVEN FOR SIMON MELTING EQUATION.

EQUATION. GRAPH

359 MILLS, R. L. AND GRILLY, E. R. MELTING CURVES OF HYDROGEN, DEUTERIUM, AND TRITIUM UP TO 3500 KILOGRAMS

PER SQUARE CENTIMETER.

PHYS. REV. VOL. 101, 1246-47 (1956)

HYDROGEN, MELTING PRESSURE (14 TO 60 DEGREES K. ) , EQUATION FOR MELTING

LINE.

TRITIUM. MELTING PRESSURE (21 TO 60 DEGREES K. ) , EQUATION FOR MELTING

LINE.

DEUTERIUM, MELTING PRESSURE (19 TO 60 DEGREES K. ) , EQUATION FOR MELTING

LINE.

EQUATION, GRAPH

360 MILLS, R. L. AND GRILLY, E. R. THE VOLUME CHANGE ON MELTING OF HELIUM-3 AND HELIUM-4 UP TO 3500

KG/SQ.CM.

P. 106-8 IN LOW TEMPERATURE PHYSICS AND CHEMISTRY, PROC. 5TH INTERN.

CONF. ON LOW TEMP. PHYS. AND CHEM., MADISON, WISC. (1957)

UNIVERSITY OF WISCONSIN PRESS (1958)

HELIUM-3, MELTING PRESSURE (1.8 TO 3.2 DEGREES K.)» DENSITY-SOLID (NO

TEMPERATURE GIVEN, 80 TO 3000 ATM.) AND LIQUID (NO TEMPERATURE GIVEN, 80

TO 3000 ATM.). A PHASE DIAGRAM IS SHOWN FOR 50 TO 250 ATM.

HELIUM-4, DENSITY-SOLID (NO TEMPERATURE GIVEN, 80 TO 3000 ATM.) AND

LIQUID (NO TEMPERATURE GIVEN, 80 TO 3000 ATM.).

TABLE, GRAPH
89

361 MILLS. R. L. AND GRILLY, E. R. P-V-T RELATIONS IN HELIUM 4 NEAR THE MELTING CURVE AND THE LAMBDA LINE.

P. 421-2 IN LOW TEMPERATURE PHYSICS. PROC. 8 TH INTERN. CONF. ON LOW

TEMP. PHYS.. QUEEN MARY COLLEGE, LONDON (SEPT 16-22, 1962) BUTTERWORTHS.

WASHINGTON, 1963

HELIUM-4, MELTING PRESSURE (1.28 TO 2.0 DEGREES K. ) , CHANGE OF VOLUME ON

MELTING (1.28 TO 2.0 DEGREES IC. ) » EQUATION FOR MELTING PRESSURE.

TABLE, GRAPH

362 MILLS, R. L. , GRILLY, E. R. AND SYDORIAK. S. G.

ANOMALOUS MELTING PROPERTIES OF HELIUM-3.

ANN. PHYS. (N.Y.) VOL. 12, NO. 1, 41-55 (1961)

HELIUM-3, MELTING PRESSURE (0.33 TO 1.2 DEGREES K.)» DENSITY-SOLID (0.33

TO 1.2 DEGREES K. > AND LIQUID (0.33 TO 1.2 DEGREES IC. ) . EQUATION FOR

MELTING CURVE.

TABLE, EQUATION, GRAPH

363 MILLS, R. L. AND SCHUCH, A. F. STRUCTURE OF THE GAMMA FORM OF SOLID HELIUM 4.

P. 423-4 IN LOW TEMPERATURE PHYSICS, PROC. 8 TH INTERN. CONF. ON LOW

TEMP. PHYS*, QUEEN MARY COLLEGE, LONDON (SEPT 16-22, 1962)

BUTTERWORTHS, WASHINGTON, D. C, 1963

HELIUM-4, DENSITY-SOLID ALPHA AND GAMMA (NO DEFINITE TEMPERATURE GIVEN,

BUT IT IS WITHIN THE RANGE OF THE GAMMA FORM).

TABLE

364 MOESSEN, G. W. THE THERMODYNAMIC TEMPERATURE SCALE BELOW 90 DEGREES K. THE NORMAL

BOILING POINT OF OXYGEN ON THE THERMODYNAMIC SCALE. THE NORMAL BOILING

POINT OF NORMAL HYDROGEN ON THE THERMODYNAMIC SCALE.

PENNSYLVANIA STATE UNIVERSITY, STATE COLLEGE, PA., PH. D. THESIS (1955)

88 P. OXYGEN, NORMAL BOILING POINT.

HYDROGEN, NORMAL BOILING POINT.

TABLE

365 MOESSEN, G. W. , ASTON, J. G. AND ASCAH, R. G.

THE THERMODYNAMIC TEMPERATURE SCALE BELOW 90 DEGREES K. , THE NORMAL

BOILING POINT OF NORMAL HYDROGEN.

J. CHEM. PHYS. VOL. 22, 2096-97 (1954)

ASTIA AD 41 439

HYDROGEN (NORMAL), NORMAL BOILING POINT.

TABLE

366 MOISSAN, H. AND DEWAR, J. NOUVELLES EXPERIENCES SUR LA LIQUEFACTION DU FLUOR.

(NEW EXPERIMENTS ON THE LIQUEFACTION OF FLUORINE.)

COMPT. REND. VOL. 125, 505-11 (1897)

FLUORINE, DENSITY-LIQUID (73 DEGREES K..). THE TEMPERATURE OF THE DENSITY

MEASUREMENTS IS QUITE VAGUE.

TABLE

FRENCH
90

367 MULLINS* J, C. , AND ZIEGLERt W. T.

PHASE EQUILIBRIA IN THE ARGON-HELIUM AND ARGON-HYDROGEN SYSTEMS FROM

68 DEGREES TO 108 DEGREES K. AND PRESSURES TO 120 ATMOSPHERES.

CRYOGENIC ENG. CONF., PHILADELPHIA, PA. (AUG 18-21. 1964) PAPER NO. D-4

ARGON, MELTING PRESSURE (84 TO 85 DEGREES K. >

.

TABLE, GRAPH

368 NARINSKI I , G. B. EXPERIMENTAL DATA ON LIQUID-VAPOR EQUILIBRIUM IN THE OXYGEN-ARGON SYSTEM.

KISLOROD, NO. 3, 9-16 (1957)

ARGON, VAPOR PRESSURE-LIQUID (90 TO 120 DEGREES K. ) . EQUATION FOR LIQUID

VAPOR PRESSURE.

OXYGEN, VAPOR PRESSURE-LIQUID (90 TO 120 DEGREES K. > . EQUATION FOR LIQUID

VAPOR PRESSURE.

TABLE, EQUATION, GRAPH

RUSSIAN

369 NEWMAN, R. B. THE VAPOUR-LIQUID EQUILIBRIA OF BINARY MIXTURES OF HYDROGEN, HYDROGEN

DEUTERIDE, AND DEUTERIUM.

UNIV. OF BRISTOL, PH. D. THESIS (1954) 134 P. HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (18 TO 28 DEGREES K. > . DEUTERIUM (NORMAL), VAPOR PRESSURE-LIQUID (18 TO 28 DEGREES K. ) . HYDROGEN DEUTERIDE, VAPOR PRESSURE-LIQUID (18 TO 28 DEGREES K. )

.

TABLE

370 NEWMAN, R. B. AND JACKSON, L. C.

THE P, T, X RELATIONSHIPS OF HYDROGEN PLUS HYDROGEN DEUTERIDE AND

HYDROGEN PLUS DEUTERIUM MIXTURES BETWEEN 18 DEGREES AND 28 DEGREES K. TRANS. FARADAY SOC. VOL. 54, 1481-91 (1958)

HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (18 TO 29 DEGREES K.).

DEUTERIUM (NORMAL), VAPOR PRESSURE-LIQUID (18 TO 29 DEGREES K. >

HYDROGEN DEUTERIDE, VAPOR PRESSURE-LIQUID (18 TO 29 DEGREES K. )

.

CORRESPONDING PRESSURE AND RESISTANCE MEASUREMENTS WERE MADE AT

APPROXIMATELY ONE-HALF DEGREE INTERVALS BETWEEN 18 AND 28.5 DEGREES K. THE VALUES IN THE TABLES WERE READ FROM LARGE SCALE GRAPHS OF VAPOR

PRESSURE AGAINST PLATINUM RESISTANCE. CORRESPONDING TEMPERATURES ARE NOT

GIVEN FOR THE PRESSURE VALUES.

TABLE

371 OLSZEWSKI , K. TEMPERATURE ET PRESSION CRITIQUE DE L'AIR. RELATION ENTRE LA TEMPERATURE

DE L'AIR ET LA PRESSION DE L ' EVAPORAT ION.

(CRITICAL TEMPERATURE AND PRESSURE OF AIR. RELATION BETWEEN THE

TEMPERATURE OF THE AIR AND THE PRESSURE OF EVAPORATION.)

COMPT. REND. VOL. 99, 184-6 (1884)

AIR, VAPOR PRESSURE-LIQUID (68 TO 133 DEGREES K. ) , NORMAL BOILING POINT

AND CRITICAL POINT.

TABLE

FRENCH
91

372 OLSZEWSKI , K. LIQUEFACTION ET SOLIDIFICATION DU FORMENE ET DU DEUTOXYDE D'AZOTE.

(LIQUEFACTION AND SOLIDIFICATION OF METHANE AND NITROGEN DIOXIDE.)

COMPT. REND. VOL. 100, 940-6 (1885)

METHANE. VAPOR PRESSURE-LIQUID (91 TO 109 DEGREES K.) AND SOLID (71 TO

87 DEGREES K. ) » CRITICAL POINT, NORMAL BOILING POINT.

TABLE

FRENCH

373 OLSZEWSKI K. THE LIQUEFACTION AND SOLIDIFICATION OF ARGON.

TRANS. ROY. SOC. (LONDON) VOL. A186, 253-7 (1895)

ARGON, VAPOR PRESSURE-LIQUID (86 TO 152 DEGREES K. ) , MELTING TEMPERATURE

(83 DEGREES K. AND 1 ATM.). CRITICAL POINT AND NORMAL BOILING POINT.

TABLE

374 OLSZEWSKI , K. DETERMINATION OF THE CRITICAL AND THE BOILING TEMPERATURE OF HYDROGEN.

PHIL. MAG. VOL. 40, 202-10 (1895)

HYDROGEN, CRITICAL TEMPERATURE, NORMAL BOILING POINT.

OXYGEN, CRITICAL TEMPERATURE, NORMAL BOILING POINT.

TABLE

375 OLSZEWSKI. K. DIE UBERFUHRUNG DES ARGONS IN DEN FLUSSIGEN UND FESTEN ZUSTAND.

(THE CONVERSION OF ARGON IN THE LIQUID AND SOLID STATE.)

Z. PHYSIK. CHEM. VOL. 16, 380-84 (1895)

ARGON. VAPOR PRESSURE-LIQUID (134 TO 153 DEGREES K.)» MELTING PRESSURE

(83 DEGREES K. > . CRITICAL TEMPERATURE. NORMAL BOILING POINT, DENSITYLIQUID (86 DEGREES K.

)

TABLE

GERMAN

376 OLSZEWSKI . K. EIN BEITRAG ZUR BESTIMMUN6 DES KRITISCHEN PUNKTES DE WASSERSTOFFS.

(A CONTRIBUTION TO THE DETERMINATION OF THE CRITICAL POINT OF HYDROGEN.)

ANN. PHYSIK VOL. 17, 986-93 (1905)

HYDROGEN, CRITICAL TEMPERATURE AND PRESSURE.

TABLE

GERMAN

377 OLSZEWSKI , V.

RELATION ENTRE LES TEMPERATURES ET LES PRESSIONS DU PROTOXYDE DE CARBONE

LIQUIDS.

(RELATION BETWEEN TEMPERATURE AND PRESSURE OF LIQUID CARBON MONOXIDE.)

COMPT. REND. VOL. 99, 706-07 (1884)

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID (83 TO 133 DEGREES K. )

.

SOLIDIFICATION POINT.

TABLE

FRENCH
92

378 ONNES, H. K. ISOTHERMS OF MONATOMIC ELEMENTS AND THEIR BINARY MIXTURES. IV. DATA

DETERMINATIONS OF NEON AND HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 112 (1909)

TRANSLATION FROM VERSLAG. GEWONE VERGADER. AFDEL. NATUURK. KONINKL. NED.

AKAD. WETENSCHAP. VOL. 18. 168-72 (1909)

HELIUM. CRITICAL PRESSURE.

NEON. CRITICAL PRESSURE AND TRIPLE POINT PRESSURE.

TABLE

379 ONNES. H. K. FURTHER EXPERIMENTS WITH LIQUID HELIUM. A. ISOTHERMS OF MONATOMIC GASES

ETC. VIII. THERMAL PROPERTIES OF HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 119 (1911)

ALSO IN KONINKL. AKAD. WETENSCHAP. AMSTERDAM 1093-1113 (1911)

HELIUM. VAPOR PRESSURE-LIQUID (1.5 TO 4.3 DEGREES K. ) , DENSITY-LIQUID

(1.5 TO 4.3 DEGREES K. ) AND VAPOR (3.2 TO 4.3 DEGREES K. )

.

TABLE, GRAPH

380 ONNES, H. K. FURTHER EXPERIMENTS WITH LIQUID HELIUM. F. ISOTHERMS OF MONATOMIC GASES

ETC. XII. THERMAL PROPERTIES OF HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 124B (1911)

ALSO IN VERSLAG. AFDEEL. NATUURK. KON. AKAD. WETENSCHAP.

AMSTERDAM 793-9 (1911)

HELIUM. VAPOR PRESSURE-LIQUID (4.3 TO 5.2 DEGREES K. > . CRITICAL POINT.

TABLE

381 ONNES, H. K. AND BOKS, J. D. A. FURTHER EXPERIMENTS WITH LIQUID HELIUM. U. ISOTHERMS OF MONATOMIC

SUBSTANCES AND THEIR BINARY MIXTURES. XXIV. ISOTHERMS OF HELIUM AT 4.2

DEGREES K. AND LOWER. V. THE VARIATION OF DENSITY OF LIQUID HELIUM BELOW

THE BOILING POINT.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 170B (1924)

ALSO IN PROC. INTERN. CONGR. REFRIG. 4TH CONGR. LONDON (1924)

HELIUM. VAPOR PRESSURE-LIQUID (2.6 TO 4.2 DEGREES K. ) , DENSITY-LIQUID

( 1.2 TO 4.2 DEGREES K.

)

TABLE, GRAPH

382 ONNES, H. K. AND BRAAK, C. ON THE MEASUREMENT OF VERY LOW TEMPERATURES. XIII.

DETERMINATIONS WITH THE HYDROGEN THERMOMETER.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 95E (1906)

TRANSLATION FROM VERSLAG. AFDEEL. NATUURK. KON. AKAD. WETENSCHAP.

(AMSTERDAM) 349-60 (OCT 1906)

HYDROGEN. VAPOR PRESSURE-LIQUID (NEAR MELTING POINT).

TABLE (1 VALUE)
93

383 ONNES. H. K. AND BRAAK, C.

ON THE MEASUREMENT OF VERY LOW TEMPERATURES. XXI. ON THE STANDARDIZING OF

TEMPERATURES BY MEANS OF BOILING POINTS OF PURE SUBSTANCES. THE

DETERMINATION OF THE VAPOUR PRESSURE OF OXYGEN AT THREE TEMPERATURES.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 107A (1908)

TRANSLATION FROM VERSLAG GEWONE VER6ADER. AFDEEL. NATUURK. KONINKL. AKAD.

WETENSCHAP. AMSTERDAM 86-93 (1908)

OXYGEN, VAPOR PRESSURE-LIQUID (86.5 AND 86.6 DEGREES K. ) ALSO INCLUDES

SEVERAL VAPOR PRESSURE DETERMINATIONS NEAR THE NORMAL BOILING POINT.

TABLE

384 ONNES. H. K. AND CROMMELIN. C. A. ISOTHERMS OF MONATOMIC SUBSTANCES AND OF THEIR BINARY MIXTURES. XI.

REMARKS UPON THE CRITICAL TEMPERATURE OF NEON AND UPON THE MELTING POINT

OF OXYGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 121C (1911)

TRANSLATION FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. KONINKL.

AKAD. WETENSCHAP. AMSTERDAM VOL. 27, 73-4 (1911)

OXYGEN. MELTING POINT (55 DEGREES K.).

TABLE (ONE VALUE)

385 ONNES. H. K. AND CROMMELIN. C. A. ISOTHERMALS OF DI-ATOMIC SUBSTANCES AND THEIR MIXTURES XIII.

LIQUID-DENSITIES OF HYDROGEN BETWEEN BOILING POINT AND TRIPLE POINT.

CONTRACTION OF HYDROGEN ON FREEZING.

COMMUNS. PHYS. LAB. UNlV. LEIDEN NO. 137A (1913)

TRANSLATION FROM VERSLAG. GEWONE VERGADER. WIS- EN NATUURK. AFDEEL. KON.

AKAD. WETENSCHAP. AMSTERDAM, 214-6 (1913!

HYDROGEN. DENSITY-LIQUID (15 TO 20 DEGREES K.) AND SOLID (11 DEGREES K.)»

EQUATION FOR LIQUID DENSITY. THE TRIPLE POINT DENSITY OF THE LIQUID WAS

ALSO CALCULATED AND AN ESTIMATE WAS MADE OF THE CONTRACTION ON FREEZING

BY ASSUMING THE MEASURED SOLID DENSITY AT 11 DEGREES K. TO BE THE SAME

AS THE TRIPLE POINT DENSITY.

TABLE, EQUATION

386 ONNES. H. K. AND CROMMELIN. C. A. ISOTHERMALS OF MONATOMIC GASES AND OF THEIR BINARY MIXTURES. XVII.

ISOTHERMALS OF NEON AND PRELIMINARY DETERMINATIONS CONCERNING THE LIQUID

CONDITION OF NEON.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 147D (1915)

ALSO IN KONINKL. NED. AKAD. WETENSCHAP. PROC. VOL. 18, 515-20 (1916)

NEON. VAPOR PRESSURE-LIQUID (24 TO 27 DEGREES K. ) . DENSITY-LIQUID (24 TO

27 DEGREES K.). NORMAL BOILING POINT AND TRIPLE POINT. DATA IS OF A PRELIMINARY NATURE.

TABLE

387 ONNES. H. K.» CROMMELIN, C. A. AND CATH, P. G.

ISOTHERMALS OF MON-ATOMIC SUBSTANCES AND THEIR BINARY MIXTURES. XVIII. A PRELIMINARY DETERMINATION OF THE CRITICAL POINT OF NEON.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 151B (1917)

TRANSLATION FROM VERSLAG. GEWONE VERGADER. WIS- EN NATUURK. AFDEEL.

VOL. 25. 1224-8 (1917)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 19, 1058-62 (1917)

NEON, VAPOR PRESSURE-LIQUID (44 TO 45 DEGREES K. ) . CRITICAL POINT.

TABLE
94

388 ONNES, H. K.» CROMMELIN, C. A. AND CATH, P. G.

ISOTHERMALS OF DIATOMIC SUBSTANCES AND THEIR BINARY MIXTURES. XlX. A PRELIMINARY DETERMINATION OF THE CRITICAL POINT OF HYDROGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 151C (1917) i TRANSLATION FROM VERSLAG GEWONE VERGADER. AFDEL NATUURK. KONINKL. NED.

AKAD. WETENSCHAP. VOL. 26, 124-9 (MAY 1917)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 20, 1 (1917)

HYDROGEN. VAPOR PRESSURE-LIQUID (32 TO 33 DEGREES K.)> CRITICAL POINT.

LIQUID AND VAPOR DENSITIES ARE CALCULATED AS WELL AS THE CRITICAL DENSITY

TABLE

389 ONNES, H. K. , DORSMAN, C. AND HOLST, G.

ISOTHERMALS OF DIATOMIC SUBSTANCES AND THEIR BINARY MIXTURES. XV. VAPOURPRESSURES OF OXYGEN AND CRITICAL POINT OF OXYGEN AND NITROGEN.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 145B (1914)

TRANSLATION FROM VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. KONINKL. AKAD.

WETENSCHAP. AMSTERDAM 982-5 (1914)

ALSO IN PROC. ACAD. SCI. AMSTERDAM VOL. 17, 950-3 (1915)

OXYGEN, VAPOR PRESSURE-LIQUID (118 TO 154 DEGREES K.), CRITICAL POINT.

NITROGEN, CRITICAL POINT (125.9 DEGREES K.).

TABLE

390 ONNES, H. K. AND KEESOM, W. H. ON THE MEASUREMENT OF VERY LOW TEMPERATURES. XXIII. VAPOR PRESSURES OF

HYDROGEN FROM THE BOILING POINT DOWN TO NEAR THE TRIPLE POINT.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 137D (1913)

TRANSLATION FROM VERSLAG. GEWONE VERGADER. WIS- EN NATUURK. AFDEEL.

KON. AKAD. WETENSCHAP. AMSTERDAM 389-93 (1913)

HYDROGEN, VAPOR PRESSURE-LIQUID (14 TO 21 DEGREES K. ) , TRIPLE POINT.

TABLE

391 ONNES, H. K. , AND MARTINEZ, J. P. PRESIONES DE VAPOR DEL HIDROGENO Y NUEVAS DETERMI NACIONES EN LA REGION

DEL HIDROGENO LIQUIDO.

(VAPOR PRESSURE OF HYDROGEN AND NEW DETERMINATIONS IN THE LIQUID HYDROGEN

REGION.)

ANALES REAL SOC. ESPAN. FIS. QUIM. (MADRID) VOL. 20, 233-42 (1922)

HYDROGEN, VAPOR PRESSURE-LIQUID (14 TO 21 DEGREES K.).

TABLE

SPANISH

392 ONNES, H. K. AND VAN GULIK, W. THE MELTING-CURVE OF HYDROGEN TO 55 KG/SQ.CM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 184A (1926)

HYDROGEN, MELTING PRESSURE (14 TO 16 DEGREES K. )

TABLE, GRAPH
95

393 ONNES. H. K. AND WEBER, S.

FURTHER EXPERIMENTS WITH LIQUID HELIUM. 0. ON THE MEASUREMENT OF VERY LOW

TEMPERATURES. XXV. THE DETERMINATION OF THE TEMPERATURES WHICH ARE

OBTAINED WITH LIQUID HELIUM, EXPECIALLY IN CONNECTION WITH MEASUREMENTS

OF THE VAPOUR PRESSURE OF HELIUM.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 147B (1915)

TRANSLATION FROM VERSLAG GEWONE VERGADER. WIS- EN NATUURK. AFDEEL. KON.

AKAD. WETENSCHAP. AMSTERDAM 370-84 (1915)

HELIUM, VAPOR PRESSURE-LIQUID (1.5 TO 5 DEGREES K. ) * NORMAL BOILING POINT

TABLE, EQUATION

394 ORLOVA, M. P. TEMPERATURE REPRODUCTION OF PHASE TRANSFORMATION IN SOLID OXYGEN.

IZMERITEL'NAYA TEKH. VOL. 1961, NO. 2. 21-23 (1961)

OXYGEN, SOLID-SOLID TRANSITION (ALPHA TO BETA) (23.9 DEGREES K.) AND

(BETA TO GAMMA) (43.8 DEGREES K. ) » TRIPLE POINT.

TABLE

RUSSIAN

395 OSBORNE. D. W., ABRAHAM, B. M. AND WEINSTOCK. B. VAPOR PRESSURES OF HELIUM-3 AND OF HELIUM-3 - HELIUM-4 MIXTURES.

P. 48 IN PROC. INTERN. CONF. ON PHYSICS OF VERY LOW TEMPERATURES, MASS.

INST. TECHNOL.. CAMBRIDGE (SEPT 1949)

HELIUM-3» VAPOR PRESSURE-LIQUID (1.03 TO 3.45 DEGREES K.)» EQUATION FOR

LIQUID VAPOR PRESSURE.

EQUATION ONLY

396 OSBORNE, D. W. ABRAHAM, B. M. AND WEINSTOCK, B. SOLIDIFICATION OF HELIUM-3.

PHYS. REV. VOL. 82, 263-4 (1951)

HELIUM-3* MELTING PRESSURE (1.02 TO 1.51 DEGREES K. ) , EQUATION FOR

MELTING CURVE.

HELIUM-4, MELTING TEMPERATURE (1.09 DEGREES K.). ONE VALUE ONLY.

TABLE, GRAPH, EQUATION

397 OSBORNE. D. W. . ABRAHAM. B. M. AND WEINSTOCK, B. THE MELTING CURVE OF HELIUM-3.

PHYS. REV. VOL. 85, 715 (1952)

HELIUM-3. MELTING PRESSURE (0.16 TO 1.51 DEGREES K. ) . EQUATION FOR

MELTING CURVE. THIS IS AN ABSTRACT OF A PAPER PRESENTED AT AN AMERICAN

PHYSICAL SOCIETY MEETING. THE EQUATION FOR THE MELTING CURVE TO 0.5

DEGREES K. IS REPORTED. BUT NO ACCURACY IS GIVEN. BELOW 0.5 DEGREES K. THE PRESSURE RAPIDLY APPROACHES A CONSTANT VALUE OF 29.3 ATM.

TABLE, EQUATION

398 OSBORNE, D. W.» ABRAHAM, B. M. AND WEINSTOCK, B. THE HEAT CAPACITY AND ENTROPY OF LIQUID HELIUM-3 FROM 0.42 TO 1.06

DEGREES K. PHYS. REV. VOL. 94. 202-3 (1954)

HELIUM-3. HEAT CAPACITY-LIQUID (0.42 TO 1.06 DEGREES K. ) » EQUATION FOR

LIQUID HEAT CAPACITY. DATA IS IN THE FORM OF AN EQUATION.

EQUATION
96

399 OSBORNE, D. W. , ABRAHAM, B. M. AND WEINSTOCK, B. THERMODYNAMIC PROPERTIES OF LIQUID HELIUM-3 BETWEEN 0.23 AND 2 DEGREES I BULL. INST. INTERN. FROID ANNEXE 1955-3. 26-9 (PRESENTED AT CONF. DE

PHYSIQUE DES BASSES TEMPERATURE. PARIS, SEPT. 2-8, 1955)

HELIUM-3. HEAT CAPACITY-LIQUID (0.23 TO 2.0 DEGREES K.).

ARGON, TRIPLE POINT (83 DEGREES K.).

GRAPHICAL DATA ONLY

40U PESHKOV. V. P. SUPERFLUIDITY OF HELIUM-3.

SOVIET PHYS. JETP VOL. 19. NO. 4, 1023-25 (1964)

TRANSLATION OF ZHUR. EKSPTL. I TEORET. FIZ. VOL. 46, 1510-13 (APR 1964)

HELIUM-3. LIQUID I - LIQUID II TRANSITION (0.003 TO 0.005 DEGREES K.).

DETERMINED BY MEANS OF SPECIFIC HEAT MEASUREMENT.

ONE TABULAR VALUE. GRAPH

401 POOL. R. A. Ho, SHIELDS, B. D. C. AND STAVELEY, L. A. K. TRIPLE POINT OF ARGON AS A THERMOMETRY FIXED POINT.

NATURE VOL. 181, 831 (1958)

ARGON, TRIPLE POINT PRESSURE AND TEMPERATURE.

TABLE

402 PORTER. F. AND PERRY, J. H. HIGH VAPOR PRESSURES OF NITROGEN.

J. AM. CHEM. SOC. VOL. 48. 2059-60 (1926)

NITROGEN. VAPOR PRESSURE-LIQUID (90 TO 121 DEGREES K.), EQUATION FOR

LIQUID VAPOR PRESSURE.

TABLE, EQUATION

403 PRIKHOTK.O. A. AND YAVNEL. A. INVESTIGATION OF SOLID MIXTURES OXYGEN-NITROGEN.

ACTA PHY-SICOCHIM. U. R. S. S. VOL. 11, 783-96 (1939)

OXYGEN, SOLID-SOLID TRANSITION (ALPHA TO BETA), MELTING TEMPERATURE (55

DEGREES K.).

NITROGEN. MELTING TEMPERATURE (62.5 DEGREES K.).

ONE VALUE IS GIVEN FOR EACH TRANSITION. VALUES OF THE PRESSURE AT TRANSITION ARE NOT GIVEN.

TABLE

404 RAMSAY. W. AND TRAVERS. M. W. II. ARGON AND ITS COMPANIONS.

PHIL. TRANS. ROY. SOC. LONDON SER. A. VOL. 197, 47-91 (1901)

ALSO IN Z. PHYSIK. CHEM. (LEIPZIG) VOL. 38, 641-89 (1901)

ARGON, VAPOR PRESSURE-LIQUID (77 TO 156 DEGREES K.)» DENSITY-LIQUID (88

DEGREES K.).

TABLE
97

405 RIVES, J. E. SOME THERMODYNAMIC PROPERTIES OF LIQUID HELIUM THREE BELOW 1.0 DEGREES

ABSOLUTE.

DUKE UNIV., DURHAM, N. CAR., PH. D. THESIS (1961) 101 P. HELIUM-3, DENSITY-LIQUID (0.05 TO 1.3 DEGREES K.) (MEASURED VALUES OF THE

DIELECTRIC CONSTANT WERE USED TO CALCULATE THE DENSITY BY MEANS OF THE

CLAUSIUS-MOSOTTI RELATION).

TABLES, GRAPH

406 ROBERTS, T. R. AND SYDORIAK, S. G. THE SPECIFIC HEAT OF LIQUID HELIUM-3.

PHYS. REV. VOL. 93, 1418 (1954)

HELIUM-3, HEAT CAPACITY-LIQUID (0.54 TO 1.7 DEGREES K.>.

TABLE

407 ROBERTS, T. R. AND SYDORIAK, S. G.

THERMODYNAMIC PROPERTIES OF LIQUID HELIUM THREE. I. THE SPECIFIC HEAT AND

ENTROPY.

PHYS. REV. VOL. 98, 1672-8 (1955)

HELIUM-3, HEAT CAPACITY-LIQUID (0.4 TO 2.4 DEGREES K.), EQUATION FOR

LIQUID HEAT CAPACITY.

TABLE, EQUATION

408 ROBINSON, D. W.

THE PROPERTIES OF SOLID AND LIQUID HELIUM AT HIGH PRESSURES.

THESIS, OXFORD UNIVERSITY (1952)

COPY NOT AVAILABLE FOR INDEXING

409 ROBINSON, D. W.

AN EXPERIMENTAL DETERMINATION OF THE MELTING CURVES OF ARGON AND NITROGEN

INTO THE 10,000 ATM. REGION.

PROC. ROY. SOC. (LONDON), VOL. A255, 393-405 (1954)

ARGON, MELTING PRESSURE (83 TO 234 DEGREES K.).

NITROGEN, MELTING PRESSURE (63 TO 180 DEGREES K. )

.

TABLE, GRAPH

410 RODER, H. M., DILLER, D. E. , WEBER, L. A. AND GOODWIN, R. D. THE ORTHOBARIC DENSITIES OF PARAHYDROGEN , DERIVED HEATS OF VAPORIZATION,

AND CRITICAL CONSTANTS.

CRYOGENICS VOL. 3, NO. 1, 16-22 (1963)

PARAHYDROGEN, VAPOR PRESSURE-LIQUID (17 TO 33 DEGREES K.), DENSITY-LIQUID

(17 TO 33 DEGREES K.) AND VAPOR (17 TO 33 DEGREES K.), EQUATION FOR

LIQUID DENSITY, CRITICAL TEMPERATURE, PRESSURE AND DENSITY.

TABLE, EQUATION, GRAPH

411 ROGOVAYA, I. A. AND KAGANER , M. G. THE COMPRESSIBILITY OF ARGON AT LOW TEMPERATURES UP TO 200 ATMOSPHERES.

RUSS. J. PHYS. CHEM. VOL. 35, 1049-50 (1961)

TRANSLATION FROM ZHUR. FIZ. KHIM. VOL. 35, 2135-6 (1961)

ARGON, VAPOR PRESSURE-LIQUID (144 DEGREES K.).

TABLE
98

412 ROTH, E. NOUVELLES DETERMINATIONS DES TENSIONS DE VAPEUR DES ISOTOPES DU NEON.

(NEW DETERMINATION OF THE VAPOR PRESSURES OF THE ISOTOPES OF NEON.)

COMM. ENERGIE AT. (FRANCE) RAPPT. NO. 1666 (1960) 109 PP REPR. FROM

UNIVERSITY OF PARIS, PH. D. THESIS (1960)

NEON (NEON 20, NEON 22 AND NORMAL NEON), VAPOR PRESSURE-SOLID (16 TO 24

DEGREES K.) AND LIQUID (25 TO 30 DEGREES K.), TRIPLE POINT.

EQUATION FOR LIQUID VAPOR PRESSURE FOR NEON-20 AND NEON 24.

TABLE, EQUATION, GRAPH

FRENCH

413 RUHEMANN, M. RONTGENOGRAPHISCHE UNTERSUCHUNGEN AN FESTEM STICKSTOFF UND SAUERSTOFF.

(X-RAY INVESTIGATION OF SOLID NITROGEN AND OXYGEN.)

Z. PHYSIK VOL. 76, 368-85 (1932)

NITROGEN, DENSITY-SOLID BETA (APPROXIMATELY 39 DEGREES K. ) . X-RAY

DIFFRACTION INVESTIGATION. DENSITY IS CALCULATED ONLY FOR BETA-NITROGEN

BUT THE LATTICE PARAMETERS ARE GIVEN FOR ALPHA-NITROGEN AND AL-PHA AND

BETA OXYGEN.

TABLE

GERMAN

414 RUHEMANN, M., LIGHTER, A. AND KOMAROW, P. ZUSTANDSDIAGRAMME NIEDRIG SCHMELZENDER GEMICHE. II. DAS SCHMELZDI AGRAMM

SAUERSTOFF-STICKSTOFF UND DAS ZUSTANDSDI AGRAMM ST ICKSTOFF-KOHLENOXYD

.

(THE PHASE DIAGRAMS OF LOW-MELTING MIXTURES. II. THE MELTING DIAGRAM OF

OXYGEN-NITROGEN AND THE PHASE DIAGRAM OF NITROGEN-CARBON MONOXIDE.)

PHYSIK Z. SOWJETUNION VOL. 8, 326-36 (1935)

CARBON MONOXIDE, MELTING PRESSURE (68.2 DEGREES K.).

NITROGEN, MELTING PRESSURE (54.1 DEGREES K.), SOLID-SOLID TRANSITION

(SOLID I TO SOLID II) (35.4 DEGREES K. )

.

OXYGEN, MELTING PRESSURE (63.1 DEGREES K.>.

TABLE, GRAPH

GERMAN

415 SAGENKAHN, M. L. AND FINK, H. L. VAPOR-LIQUID EQUILIBRIUM FOR THE SYSTEM OXYGEN-NITROGEN-ARGON.

PENN. STATE COLLEGE REPT. OSRD NO. 4493 (1945) 74 P. ARGON, VAPOR PRESSURE-LIQUID (87 TO 91 DEGREES K.

)

TABLE, EQUATION, GRAPH

416 SALINGER, G. L.

SPECIFIC HEAT OF HELIUM-3.

ILLINOIS UNIV., URBANA, PH.D. THESIS (1962)

AND ILLINOIS UNIV., URBANA, TECH. REPT. NO. 1 (SEPT 1961)

CONTR. NO. AT (11-1) - 1056, 161 PP.

HELIUM-3, HEAT CAPACITY-SOLID (0.02 TO 0.1 DEGREES K. ) AND LIQUID (0.02

TO 0.1 DEGREES K.)» MELTING PRESSURE (NO TEMPERATURE). MEASUREMENT OF

MINIMUM IN THE MELTING CURVE.

TABLE, EQUATION, GRAPH
99

417 SATTERLY, J. AND PATTERSON, J. ON THE LATENT HEATS OF VAPORIZATION OF METHANE AND ETHANE.

TRANS. ROY. SOC. CAN. SEC. III. 123-7 (1919)

OXYGEN, HEAT OF VAPORIZATION (90 DEGREES K.).

METHANE, HEAT OF VAPORIZATION (113 DEGREES K. )

.

TABLE

418 SCHMIDT, G. AND KEESOM, W. H. NEW MEASUREMENTS OF LIQUID HELIUM TEMPERATURES. I. THE BOILING POINT OF

HELIUM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 250B (1937)

ALSO IN PHYSICA VOL. 4, 963-70 (1937)

HELIUM, NORMAL BOILING POINT.

TABLE

419 SCHMIDT, G. AND KEESOM, W. H. NEW MEASUREMENTS OF LIQUID HELIUM TEMPERATURES. II. THE VAPOUR PRESSURE

CURVE OF LIQUID HELIUM.

COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 250C (1937)

ALSO IN PHYSICA VOL. 4, 971 (1937)

HELIUM, VAPOR PRESSURE-LIQUID I (2.2 TO 4.2 DEGREES K.) AND LIQUID II (1.1 TO 2.2 DEGREES K. ) , LIQUID-LIQUID TRANSITION (2.19 DEGREES K.).

TABLE

420 SCHUCH, A. F., GRILLY, E. R. AND MILLS, R. L. STRUCTURE OF THE ALPHA AND BETA FORMS OF SOLID HELIUM-3.

PHYS. REV. VOL. 110, NO. 3, 775 (1958)

HELIUM-3, DENSITY-SOLID ALPHA (1.9 DEGREES K.) AND SOLID BETA (3.3

DEGREES K) . CALCULATED FROM X-RAY DIFFRACTION DATA.

TABLE

421 SCHUCH, A. F. AND MILLS, R. L. THE STRUCTURE OF THE ALLOTROPIC FORMS OF HELIUM-3 AND HELIUM-4.

P. 311-17 IN ADVANCES IN CRYOGENIC ENGINEERING, VOL. 7, PROC. 1961 CRYO.

ENG. CONF., ANN ARBOR, MICH. (1961) PLENUM PRESS. NEW YORK (1962)

HELIUM-3, MELTING PRESSURE (2.9 TO 19 DEGREES K.)* DENSITY-SOLID (2.9 TO

19 DEGREES K.). THREE VALUES, ONE FOR EACH OF THE THREE ALLOTROPIC SOLID

FORMS ALPHA, BETA AND GAMMA.

HELIUM-4, MELTING PRESSURE (2.5 TO 16 DEGREES K. ) , DENSITY-SOLID (2.5 TO

16 DEGREES K.). TWO VALUES, ONE FOR EACH OF THE TWO ALLOTROPIC SOLID

FORMS ALPHA AND BETA.

THE DENSITY DATA ARE GIVEN AS MOLAR VOLUMES AND ARE X-RAY DETERMINATIONS

COMPARED WITH PREVIOUS P-V-T MEASUREMENTS.

TABLE

422 SCOTT, R. B. AND BRICKWEDDE, F. G.

THE VAPOR PRESSURE OF HYDROGEN DEUTEfUDE.

PHYS. REV. VOL. 48, 483 ONLY (1935)

HYDROGEN DEUTERIDE, VAPOR PRESSURE-SOLID (14 TO 16 DEGREES K. ) AND LIQUID

(16 TO 20.4 DEGREES K.), TRIPLE POINT. EQUATION FOR SOLID AND LIQUID

VAPOR PRESSURE.

TABLE, EQUATION
100

423 SCOTT. R. B. AND BRICKWEDDE, F. G. MOLECULAR VOLUMES AND EXPANSIVITIES OF LIQUID NORMAL HYDROGEN AND

PARAHYDROGEN.

J. CHEM. PHYS. VOL. 5, 736-44 (1937)

ALSO IN J. RESEARCH NATL. BUR. STANDARDS VOL. 19, 237 (1937)

HYDROGEN (NORMAL), DENSITY-LIQUID (14 TO 20.4 DEGREES K.). EQUATION FOR

LIQUID MOLAR VOLUME.

PARAHYDROGEN, DENSITY-LIQUID (14 TO 20.4 DEGREES K.). EQUATION FOR

LIQUID MOLAR VOLUME.

TABLE, EQUATION

424 SCOTT, R. B. , BRICKWEDDE, F. G. , UREY, H. C, AND WAHL , M. H. THE VAPOR PRESSURES AND DERIVED THERMAL PROPERTIES OF HYDROGEN AND

DEUTERIUM.

J. CHEM. PHYS. VOL. 2, 454-464 (1934)

HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (15 TO 20 DEGREES K. ) , HEAT OF

VAPORIZATION. EQUATION FOR LIQUID VAPOR PRESSURE.

DEUTERIUM (NORMAL), VAPOR PRESSURE-LIQUID (15 TO 20 DEGREES K. ) . EQUATION

FOR LIQUID VAPOR PRESSURE.

TABLE, EQUATION, GRAPH

425 SEVRYUGOVA, N. I. AND ZHAVORONKOV, N. M.

DIFFERENTIAL METHOD OF DETERMINATION OF THE VAPOR PRESSURE. VARIATIONS

FOR TWO ISOTOPIC FORMS AT LOW TEMPERATURE.

TR. NAUCHN.-ISSLED. FIZ. KHIM. INST. VOL. 1963, NO. 3, 94-97 (1963)

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID (69 TO 101 DEGREES K.

)

CARBON MONOXIDE (23 AND 32 PERCENT CARBON-13), VAPOR PRESSURE-LIQUID (69

TO 101 DEGREES K.).

GRAPHICAL DATA ONLY

RUSSIAN

426 SHEARER, J. S.

THE HEAT OF VAPORIZATION OF NITROGEN.

PHYS. REV. VOL. 17, 124 (1903)

NITROGEN, HEAT OF VAPORIZATION (NO TEMPERATURE GIVEN).

TABLE

427 SHEARER, J. S.

THE HEAT OF VAPORIZATION OF OXYGEN, NITROGEN AND AIR.

PHYS. REV. VOL. 17, 469-75 (1903)

NITROGEN, HEAT OF VAPORIZATION.

OXYGEN, HEAT OF VAPORIZATION.

IT IS NOT CLEAR WHETHER OR NOT VALUES ARE AT NORMAL BOILING POINTS WHICH

ARE GIVEN AS 77.5 AND 90.6 DEGREES K. , RESPECTIVELY.

TABLE
101

428 SHERMAN. R. H. AND EDESKUTY, F. J. P-V-T RELATIONS OF LIQUID HELlUM-3.

P. 44-9 IN PROC. SYMPOSIUM ON SOLID AND LIQUID HELlUM-3. OHIO STATE UNIV.

(AUG 20-23, 1957)

ASTIA AD 136 642

HELIUM-3. MELTING PRESSURE (1 TO 3 DEGREES K.» DATA IS REPRESENTED BY

EQUATION ONLY), DENSITY-LIQUID (1.2 TO 1.6 DEGREES K.). EQUATION FOR

MELTING CURVE.

TABLE, EQUATION

429 SHERMAN, R. H. AND EDESKUTY, F. J. PRESSURE-VOLUME-TEMPERATURE RELATIONS OF LIQUID HELIUM-3 FROM 1.00 TO

3.30 DEGREES K.. ANN. PHYS. (N.Y.) VOL. 9, 522-47 (1960)

HELIUM-3, MELTING PRESSURE (0.98 TO 3.3 DEGREES K. ) , DENSITY-LIQUID

(0.98 TO 3.3 DEGREES K.). EQUATION FOR MELTING PRESSURE

TABLE, EQUATION, GRAPH

430 SHUPERT, T. C.

DENSITY DETERMINATION OF CRYOGENIC LIQUIDS AS A FUNCTION OF SATURATED

VAPOR PRESSURE.

P. 251-5 IN ADVANCES IN CRYOGENIC ENGINEERING, VOL. 8, PROC. 1962 CRYO.

ENG. CONF., LOS ANGELES, CALIF. (1962) PLENUM PRESS, NEW YORK (1963)

OXYGEN, DENSITY-LIQUID (14 TO 30 PSIA). DENSITY IS MEASURED AS A FUNCTION

OF VAPOR PRESSURE.

TABLE, GRAPH

431 SIMON, F. AND KIPPERT, F. MESSUNGEN ZUR ZUSTANDSGLEICHUNG DES FESTEN ARGONS.

(MEASUREMENTS FOR THE EQUATION OF STATE OF SOLID ARGON.)

Z. PHYSIK. CHEM. VOL. 135, 113-28 (1928)

ARGON, DENSITY-SOLID (76 DEGREES K.)

TABLE

GERMAN

432 SIMON, F. AND LANGE, F. DIE THERMISCHEN DATEN DES KONDENSI ERTEN WASSERSTOFFS.

(THE THERMAL DATA OF CONDENSED HYDROGEN.)

Z. PHYSIK VOL. 15, 312-21 (1923)

HYDROGEN, HEAT CAPACITY-SOLID (11 TO 13 DEGREES K. ) AND LIQUID (15 TO 18

DEGREES K.)» HEAT OF MELTING (13.9 DEGREES K.) AND HEAT OF VAPORIZATION

( 16 TO 20 DEGREES K. ) . TABLE, EQUATION, GRAPH

GERMAN

433 SIMON, F., RUHEMANN, M. AND EDWARDS, W. A. M. UNTERSUCHUNGEN UBER DIE SCHMELZKURVE DES HELIUMS I. (RESEARCHES ON THE MELTING CURVES OF HELIUM I.) Z. PHYSIK. CHEM. (LEIPZIG) VOL. Bl, 340-4 (1928)

HELIUM, MELTING PRESSURE (12 TO 20 DEGREES K.)» LATENT HEAT OF MELTING

(16 DEGREES K.). EQUATION FOR MELTING CURVE.

TABLE, EQUATION

GERMAN
102

434 SIMON, F., RUHEMANN, M. AND EDWARDS* W. A. M.

UNTERSUCHUNGEN UBER DIE SCHMELZKURVE DES HELIUMS. II. (RESEARCHES ON THE MELTING CURVE OF HELIUM. II.)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B5, 62-77 (1929)

HELIUM, MELTING PRESSURE.

TABLE, EQUATION, GRAPH

GERMAN

435 SIMON, F., RUHEMANN, M. AND EDWARDS* W. A. M.

DIE SCHMELZKURVEN VON WASSERSTOFF, NEON, STICKSTOFF UND ARGON.

(MELTING CURVES OF HYDROGEN, NEON, NITROGEN AND ARGON.)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B6, 331-42 (1930)

HYDROGEN, MELTING PRESSURE (14 TO 75 DEGREES K. ) . NEON, MELTING PRESSURE (24 TO 69 DEGREES K.).

NITROGEN, MELTING PRESSURE (63 TO 130 DEGREES K.).

ARGON, MELTING PRESSURE (84 TO 150 DEGREES K.).

SEE NUMBER 436 FOR CORRECTION.

TABLE, EQUATION, GRAPH

GERMAN

436 SIMON, F., RUHEMANN, M. AND EDWARDS* W. A. M. DIE SCHMELZKURVEN VON WASSERSTOFF, NEON, STOCKSTOFF UND ARGON.

(BERICHTIGUNG)

(FUSION CURVES FOR HYDROGEN, NEON, NITROGEN AND ARGON. CORRECTION)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B7, 80 ONLY (1930)

CORRECTION FOR NUMBER 435 ABOVE.

GRAPH

GERMAN

437 SIMON, F. AND STECKEL, F. VORLAUFIGE BESTIMMUNG DER SCHMELZWARME UND DICHTE DES HELIUMS ZWISCHEN

15 UND 20 GRAD ABS.

(PRELIMINARY DETERMINATION OF THE HEAT OF MELTING AND DENSITY OF HELIUM

BETWEEN 15 AND 20 DEGREES ABSOLUTE.)

Z. PHYSIK. CHEM. BODENSTEI N-FESTBAND 737-44 (1931)

HELIUM, MELTING PRESSURE .( 14.9 TO 20.4 DEGREES K.), DENSITY-SOLID AND

LIQUID (14.9 TO 20.4 DEGREES K.), HEAT OF FUSION (14.9 TO 20.4 DEGREES K)

TABLE

GERMAN

438 SIMON, F. AND VON SIMSON, C.

DIF KRISTALLSTRUKTUR DES ARGONS.

(T' £ CRYSTAL STRUCTURE OF ARGON.)

Z. PHYSIK VOL. 25, 160-4 (1924)

ARGON, DENSITY-SOLID (40 DEGREES K.). SPECTROGRAPHS DETERMINATION.

TABLE

GERMAN
103

439 SIMON, M.

ON THE THERMODYNAMIC PROPERTIES OF HYDROGEN-DEUTERIUM SOLID MIXTURES.

PHYS. LETTERS- VOL. 9, NO. 2, 122-3 (APR 1964)

PARAHYDROGEN, VAPOR PRESSURE-SOLID (13.8 DEGREES K.

)

DEUTERIUM (ORTHO)» VAPOR PRESSURE-SOLID (13.8 DEGREES K..).

THESE VALUES REPRESENT THE END POINTS OF A P-X DIAGRAM OF PARAHYDROGENORTHODEUTERIUM SOLID SYSTEM.

GRAPHICAL DATA ONLY

440 SMITH, A. L. HALLETT. N. C. AND JOHNSTON. H. L. CONDENSED GAS CALORIMETRY. VI. THE HEAT CAPACITY OF LIQUID PARAHYDROGEN

FROM BOILING POINT TO CRITICAL POINT.

J. AM. CHEM. SOC. VOL. 76, 1486-8 (1954)

ALSO IN OHIO STATE UNIV. CRYOGENIC LAB. TECH. REPT. TR 264-15 (NO DATE)

AIR FORCE CONTR. W33-038-AC-14794 (16243) ASTIA ATI 134 866

PARAHYDROGEN. HEAT CAPACITY-LIQUID (18 TO 32 DEGREES K..).

TABLE, GRAPH

441 SMITH, B. L. REFRACTIVE INDEX OF SOLID KRYPTON AND SOLID ARGON.

PHIL. MAG. VOL. 6, 939-42 (1961)

ARGON, DENSITY-SOLID (77 TO 83 DEGREES K. )

.

GRAPHICAL DATA ONLY

442 SOMMERS, H. S. VAPOR PRESSURES OF HELIUM-3 AND HELIUM-4 MIXTURES BELOW THE LAMBDA-POINT.

PHYS. REV. VOL. 88, NO. 1, 113-27 (1952)

HELIUM-3, VAPOR PRESSURE-LIQUID (1 TO 2.2 DEGREES K.).

TABLE, GRAPH

443 SREEDHAR, A. K.

PROPERTIES OF HELIUM THREE AT VERY LOW TEMPERATURES.

OHIO STATE UNIV., COLUMBUS, PH. D. THESIS (1958) 127 P. HELIUM-3, HEAT CAPACITY-LIQUID (0.08 TO 0.8 DEGREES K.).

CODED FROM ABSTRACT.

TABLE, GRAPH

444 STEVENSON, R.

SOLID METHANE. CHANGES IN PHASE UNDER PRESSURE.

J. CHEM. PHYS. VOL. 27, NO. 3, 656-8 (1957)

METHANE, SOLID-SOLID TRANSITION (ALPHA TO GAMMA) (30 TO 65 DEGREES K.. ) , (ALPHA TO BETA) (25 TO 30 DEGREES K.)» (BETA TO GAMMA) (10 TO 30 DEGREES

K..) AND (GAMMA TO DELTA) (5 TO 25 DEGREES K. ) . DATA IS ALL IN THE FORM OF A PHASE DIAGRAM.

GRAPHICAL DATA ONLY
104

445 STEVENSON, R.

COMPRESSIONS AND SOLID PHASES OF CARBON DIOXIDE, CARBON DISULFIDE,

CARBONYL SULFIDE, OXYGEN, AND CARBON MONOXIDE.

J, CHEM. PHYS. VOL. 27, 673-5 (1957)

OXYGEN, SOLID-SOLID TRANSITION (I TO II) (24 TO 28 DEGREES K.. ) AND

(II TO III) (28 TO 44 DEGREES K.).

CARBON MONOXIDE WAS INVESTIGATED FOR A SOLID TRANSITION BUT NONE WAS

FOUND. THE P-T DIAGRAM OF THE SOLID DOES NOT REPRESENT ANY SATURATION

VALUES.

GRAPHICAL DATA ONLY

446 STEWART, J. W.

COMPRESSION OF SOLIDIFIED GASES TO 20,000 KILOGRAMS PER SQUARE CENTIMETER

AT LOW TEMPERATURE.

J. PHYS. CHEM. SOLIDS VOL. 1, 146-58 (1956)

NITROGEN, SOLID-SOLID TRANSITION (65 DEGREES K. )

.

TABLE (1 VALUE)

447 STEWART, J. W.

PHASE TRANSITIONS AND COMPRESSIONS OF SOLID METHANE, DEUTEROME THANE , AND

OXYGEN.

PHYS. CHEM. SOLIDS VOL. 12, 122-9 (1959)

ASTIA AD 253 139

METHANE, SOLID-SOLID TRANSITION (I TO II) (20 TO 30 DEGREES K. )

,

(I TO III) (33 TO 120 DEGREES K, ) AND (II TO III) (5 TO 33 DEGREES K. )

.

DEUTEROMETHANE, SOLID-SOLID TRANSITION (I TO II) (30 TO 40 DEGREES K.

)

, (I TO III) (40 TO 100 DEGREES K.) AND (II TO III) (25 TO 35 DEGREES <.).

OXYGEN, SOLID-SOLID TRANSITION (ALPHA TO BETA) (45 TO 65 DEGREES K. ) AND

(BETA TO GAMMA) (28 TO 50 DEGREES <•).

GRAPHICAL DATA ONLY

448 STEWART, J. W.

SOLIDIFIED GASES AT HIGH PRESSURE.

P. 671-2 IN PROC. INTERN. CONF. LOW TEMP. PHYS., 7TH, TORONTO, CANADA

(1960) UNIV. OF TORONTO PRESS, ONTARIO (1961)

OXYGEN, SOLID-SOLID TRANSITION (51 DEGREES K..). AUTHORS DETECTED A FIRST

ORDER TRANSITION AT THIS TEMPERATURE AND A PRESSURE OF APPROXIMATELY

1100 ATMOSPHERES. A RANGE IS GIVEN FOR THE CHANGE IN VOLUME AT THE

TRANSITION.

TABLE (1 VALUE)

449 STOCK, A., HENNING, F., AND KUSS, E. DAMPFDRUCKTAFELN FUR TEMPERATUR BESTIMMUNGEN ZWISCHEN + 25 GRAD UND -185

GRAD.

(VAPOR PRESSURE TABLES FOR TEMPERATURE DETERMINATIONS BETWEEN + 25

DEGREES AND - 185 DEGREES.)

BER. DEUT. CHEM. GES. VOL. B 54, 1119-21 (1921)

OXYGEN, VAPOR PRESSURE-LIQUID (88 TO 94 DEGREES K. )

METHANE, VAPOR PRESSURE-LIQUID (91 TO 123 DEGREES K. )

.

TABLE

GERMAN
105

450 STOCK. A. AND NIELSON, C.

EIN EINFACHES UND EMPF INDLICHES THERMOMETER FUR TIEFE TEMPERATUREN.

(A SIMPLE AND SENSITIVE THERMOMETER FOR LOW TEMPERATURES.)

BER. DEUT. CHEM. 6ES. VOL. 39. 2066-9 (1906)

NITROGEN. NORMAL BOILING POINT

TABLE (1 VALUE)

GERMAN

451 STRELKOV, P. G.. BOROVlK-ROMANOV, A. S. AND ORLOVA. M. P. THERMODYNAMIC STUDIES AT LOW TEMPERATURES. I. MEASUREMENT OF

TEMPERATURES BETWEEN 12 AND 300 DEGREES K. ZHUR. FIZ. KHIM. VOL. 28, 345-52 (1954)

OXYGEN. NORMAL BOILING POINT. SOLID-SOLID TRANSITION POINTS. TRIPLE POINT

TABLE

RUSSIAN

452 STRONGIN. M.

SPECIFIC HEAT OF LIQUID HELIUM-3 ALONG THE MELTING CURVE.

AM. PHYS. SOC. MEETING. EVANSTON. ILL. (JUN 19-21, 1962) PAPER 01

(ABSTR. IN BULL. AM. PHYS. SOC. VOL. 7, NO. 6. 408. JUN 1962)

HELIUM-3. HEAT CAPACITY-LIQUID (0.1 TO 0.3 DEGREES K.).

ABSTRACT ONLY

EQUATION

453 STRONGIN. M. * ZIMMERMAN, G. 0. AND FAIRBANK, H. A. SPECIFIC HEAT OF LIQUID HELIUM-3 DOWN TO 0.054 DEGREES K. PHYS. REV. LETTERS VOL. 6, NO. 8. 404-6 (1961)

HELIUM-3, HEAT CAPACITY-LIQUID (0.05 TO 0.4 DEGREES K.).

GRAPHICAL DATA ONLY

454 STRONGIN. M.. ZIMMERMAN, G. 0. AND FAIRBANK, H. A.

SPECIFIC HEAT OF LIQUID HELIUM-3.

PHYS. REV. VOL. 128. 1983-8 (1962)

HELIUM-3. HEAT CAPACITY-LIQUID (0.05 TO 0.3 DEGREES K.».

GRAPHICAL DATA ONLY

455 STRONGIN. M. » ZIMMERMAN, G. 0. AND FAIRBANK, H. A. SPECIFIC HEAT OF LIQUID HELIUM 3.

P. 29-30 IN LOW TEMPERATURE PHYSICS, PROC. 8 TH INTERN. CONF. ON LOW

TEMP. PHYS., QUEEN MARY COLLEGE, LONDON, ENGLAND, (SEPT 16-22, 1962)

BUTTERWORTHS, WASHINGTON, D. C, 1963

HELIUM-3, HEAT CAPACITY-LIQUID (0.05 TO 0.3 DEGREES K.).

GRAPHICAL DATA ONLY

456 STRYLAND, J. C, CRAWFORD, J. E. AND MASTOOR, M. A.

MELTING TEMPERATURES OF KRYPTON, XENON, AND METHANE AT PRESSURES UP TO

3000 ATMOSPHERES.

CAN. J. PHYS. VOL. 38, 1546-7 (1960)

METHANE, MELTING PRESSURE (110 TO 146 DEGREES K.).

TABLE, EQUATION
106

457 SWENSON» C. A. THE LIQUID-SOLID TRANSFORMATION IN HELIUM NEAR ABSOLUTE ZERO.

PHYS. REV. VOL. 79. 626-31 (1950)

HELIUM» MELTING PRESSURE <1.0 TO 1.6 DEGREES K. ) » DENSITY-SOLID (1.0 TO

1.6 DEGREES K. ) AND LIQUID (1.0 TO 1.6 DEGREES <•). EQUATION FOR MELTING

CURVE.

TABLE, GRAPH, EQUATION

458 SWENSON, C. A.

THE LIQUID-SOLID TRANSFORMATION IN HELIUM FROM 1,6 TO 4 DEGREES K. PHYS. REV. VOL. 86, 870-76 (1952)

HELIUM, MELTING PRESSURE (1.6 TO 4.0 DEGREES K. ) , LIQUID-LIQUID

TRANSITION (1.7 TO 2.2 DEGREES K. ) , CHANGE IN VOLUME ON MELTING (1.6 TO

4.0 DEGREES K.>. EQUATION FOR MELTING CURVE AND LAMBDA CURVE.

TABLE, EQUATION, GRAPH

459 SWENSON, C. A.

THE BLOCKED CAPILLARY METHOD FOR DETERMINING MELTING PRESSURES.

THE MELTING CURVE OF HELIUM FROM 1.5 DEGREES TO 4 DEGREES K. PHYS. REV. VOL. 89, 538-44 (1953)

HELIUM, MELTING PRESSURE (1.4 TO 4.0 DEGREES K.), CHANGE IN VOLUME ON

MELTING (1.4 TO 4.0 DEGREES K.).

TABLE, GRAPH

460 SWENSON, C. A. NEW MODIFICATION OF SOLID NITROGEN.

J. CHEM. PHYS. VOL. 23, 1963-4 (1955)

NITROGEN, SOLID-SOLID TRANSITION (ALPHA TO BETA) (35 TO 40 DEGREES K.),

(ALPHA TO GAMMA) (3 TO 40 DEGREES K.) AND (BETA TO GAMMA) (45 TO 50

DEGREES K.)

TABLE, GRAPH

461 SYDORIAK, S. G., GRILLY, E. R. AND HAMMEL, E. F. CONDENSATION OF PURE HELIUM-3 AND ITS VAPOR PRESSURES BETWEEN 1.2 DEGREES

AND ITS CRITICAL POINT.

PHYS. REV. VOL. 75, NO. 2» 303-5 (1949)

HELIUM-3, VAPOR PRESSURE-LIQUID (1.2 TO 3.3 DEGREES K.).

TABLE, GRAPH

462 SYDORIAK, S. G. , MILLS, R. L.» AND GRILLY, E. R. PVT ANOMALIES IN HELIUM-3 NEAR ITS MELTING CURVE.

PHYS. REV. LETTERS VOL. 4, 495-97 (1960)

HELIUM-3, DENSITY-LIQUID (0.32 TO 0.8 DEGREES K.) AND SOLID (0.3 TO 1.2

DEGREES K.).

GRAPHICAL DATA ONLY
107

463 SYDORIAK, S. G. AND ROBERTS. T. R.

THERMODYNAMIC PROPERTIES OF LIQUID HELIUM THREE. VAPOR PRESSURES BELOW 1 DEGREE K. PHYS. REV. VOL. 106, NO. 2, 175-82 (1957)

HELIUM-3, VAPOR PRESSURE-LIQUID (0.4 TO 1.0 DEGREES K.>. EQUATION FOR

LIQUID VAPOR PRESSURE.

TABLE, EQUATION

464 SYDORIAK, S. G. AND SHERMAN, R. H. THE 1962 HELIUM-3 TEMPERATURE SCALE. I. NEW VAPOR PRESSURE COMPARISONS.

LOS ALAMOS SCI. LAB., N. MEX.» REPT. NO. LADC-5711 (1962)

HELIUM-3, VAPOR PRESSURE-LIQUID (0.82 TO 3.2 DEGREES K. ) » INCLUDES

CRITICAL PRESSURE AND TEMPERATURE.

TABLE, EQUATION, GRAPH

465 TAYLOR, R. D. AND KERR, E. C.

THE THERMAL COEFFICIENT OF EXPANSION OF LIQUID HE-3 FROM 0.55 TO 1 DEGREE

K.

PHYSICA VOL. 24, S133 (1958)

ALSO IN KAMERLINGJH ONNES CONF. ON LOW TEMP. PHYS. LEIDEN, P. 25 (1958)

HELIUM-3, DENSITY-LIQUID 10.54 TO 1.01 DEGREES K.).

THIS IS AN ABSTRACT ONLY.

TABLE

466 TIMROT. D. L. AND BORISOGLEBSKI Y. V. P. THE DENSITY OF LIQUID OXYGEN ON THE SATURATION CURVE.

SOVIET PHYS. JETP VOL. 11, 1248-50 (1960)

TRANSLATION FROM ZHUR. EKSPTL. I TEORET. FIZ. VOL. 38, 1729-32 (1960)

OXYGEN, VAPOR PRESSURE-LIQUID (79 TO 153 DEGREES K. ) AND DENSITY-LIQUID

(79 TO 153 DEGREES K. ) TABLE

467 TIMROT, D. L. AND BORI SOGLEBSKI Y , V. P. EXPERIMENTAL INVESTIGATION OF THE DENSITY OF LIQUID OXYGEN AT -190

TO -120 DEGREES C. AND PRESSURES TO 200 KILOGRAMS PER SQUARE CENTIMETER,

INCLUDING THE SATURATION CURVE.

INZHENER. FIZ. ZHUR. AKAD. NAUK. BELORUS. S.S.R. VOL. 4, 3-13 (1961)

TRANSLATION AVAILABLE FROM OTS, U. S. JOINT PUBLICATIONS RESEARCH

SERVICE, JPRS. 9062, 10 APR. 1961

OXYGEN, VAPOR PRESSURE-LIQUID (83 TO 153 DEGREES K. ) AND DENSITY-LIQUID

(83 TO 153 DEGREES K.).

TABLE, GRAPH

468 TRAPENZNIKOVA, 0. N. AND MILJUTIN, G. A.

SPECIFIC HEAT OF METHANE UNDER PRESSURE.

NATURE VOL. 144, 632 (1932)

METHANE, SOLID-SOLID TRANSITION (20.6 DEGREES K.). THE TRANSITION

TEMPERATURE WAS DETERMINED AS A FUNCTION OF PRESSURE BY MEANS OF

AN ANOMALY IN SPECIFIC HEAT MEASUREMENTS.

GRAPHICAL DATA ONLY
108

469 TRAVERS. M. W. AND JAQUEROD, A.

ON THE MEASUREMENT OF TEMPERATURE. PART III. ON THE VAPOUR PRESSURE OF

LIQUID HYDROGEN AT TEMPERATURES BELOW ITS BOILING-POINT ON THE

CONSTANT-VOLUME HYDROGEN AND HELIUM SCALES.

Z. PHYSIK. CHEM. (LEIPZIG) VOL. 45, 435-60 (1903)

ALSO IN PHIL. TRANS. ROY. SOC. LONDON VOL. A200, 155-80 (1903)

ABSTRACTED IN PROC . ROY. SOC. (LONDON) VOL. 70. 484-91 (1902)

HYDROGEN. VAPOR PRESSURE-LIQUID (15 TO 20.6 DEGREES K.), NORMAL BOILING

POINT, MELTING TEMPERATURE (14 DEGREES K.).

NEON. VAPOR PRESSURE-SOLID (15 AND 20 DEGREES K.».

TABLE, GRAPH

470 TRAVERS. M. W. . SENTER, G. AND JAQUEROD, A. ON THE MEASUREMENT OF TEMPERATURE. PART 1 1 . ON THE VAPOUR PRESSURES OF

LIQUID OXYGEN AT TEMPERATURES BELOW ITS BOILING-POINT ON THE

CONSTANT-VOLUME HYDROGEN AND HELIUM SCALES.

PHIL. TRANS. ROY. SOC. LONDON VOL. A200, 135-54 (1903)

ABSTRACTED IN PROC. ROY. SOC. (LONDON) VOL. 70, 484-91 (1902)

OXYGEN, VAPOR PRESSURE-LIQUID (77 TO 90 DEGREES K. ) . NORMAL BOILING POINT

TABLE, GRAPH

471 VAN GULIK, W. AND KEESOM. W. H. THE MELTING CURVE OF HYDROGEN TO 245 KILOGRAMS PER SQUARE CENTIMETER.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 192B (1928)

TRANSLATION FROM VERSLAG VERGADER. AFDEEL. NATUURK. KONINKL. AK.AD. WETENSHAP. VOL. 37, 888-89 (NOV. 1928)

HYDROGEN, MELTING PRESSURE (16 TO 20 DEGREES K. ) . TABLE, GRAPH

472 VAN ITTERBEEK. A. AND DE BOCK, A. SUR L'ELEVATION DU POINT D'EBULLITION DE L«OXYGENE LIQUIDE SOUS L'ACTION

D'UN CHAMP MAGNETIQUE.

(ON THE BOILING POINT ELEVATION OF LIQUID OXYGEN IN A MAGNETIC FIELD.)

ANN. PHYS. VOL. 20, 231-40 (1945)

OXYGEN, VAPOR PRESSURE-LIQUID (69 TO 90 DEGREES K. ) . EQUATION FOR BOILING

POINT AS A FUNCTION OF MAGNETIC FIELD STRENGTH. CHANGE IN TEMPERATURE OF

BOILING WITH MAGNETIC FIELD. TEMPERATURE DIFFERENCES ARE AS GREAT AS

2 DEGREES K. FOR FIELD STRENGTH OF 21,400 GAUSS AT 69 DEGREES K. TABLE, EQUATION, GRAPH

FRENCH

473 VAN ITTERBEEK, A., VAN DAEL, W. AND VERBEKE. 0.

PRELIMINARY MEASUREMENTS ON THE DENSITY OF LIQUEFIED GASES UNDER HIGH

PRESSURE.

P. 229-31 IN PROGRESS IN REFRIGERATION SCIENCE AND TECHNOLOGY, VOL. 1,

PROC. 10TH INTERN.. CONGR. OF REFRIG., COPENHAGEN (1959)

PERGAMON PRESS, NEW YORK (1960)

OXYGEN, DENSITY-LIQUID (90.2 DEGREES K.).

TABLE (1 VALUE)
109

474 VAN ITTERBEEK, A. AND VERBEKE. 0.

DENSITY OF LIQUID NITROGEN AND ARGON As A FUNCTION OF PRESSURE AND

TEMPERATURE.

PHYSICA VOL. 26, 931-8 (I960)

NITROGEN. DENSITY-LIQUID (62 TO 90 DEGREES K.). EQUATION FOR LIQUID

DENSITY.

ARGON* DENSITY-LIQUID (88 AND 90 DEGREES K.). EQUATION FOR LIQUID DENSITY

ALL OF THE DENSITY MEASUREMENTS WERE MADE IN THE SUBCOOLED REGION, BUT

THEY WERE FITTED TO AN EQUATION WHICH WAS USED TO CALCULATE DENSITY AS A FUNCTION OF PRESSURE FOR A GIVEN PRESSURE AND TEMPERATURE.

EQUATION

475 VAN ITTERBEEK, A. AND VERBEKE. 0.

DENSITY OF LIQUID OXYGEN AS A FUNCTION OF PRESSURE AND TEMPERATURE.

CRYOGENICS VOL. 1. 77-80 (1960)

OXYGEN. DENSITY-LIQUID (65 TO 90 DEGREES K.). EQUATION FOR LIQUID DENSITY

TABLE, EQUATION, GRAPH

476 VAN ITTERBEEK, A. VERBEKE, 0. AND STAES, K. MEASUREMENTS ON THE EQUATION OF STATE OF LIQUID ARGON AND METHANE UP TO

300 KG/SQ.CM. AT LOW TEMPERATURES.

PHYSICA VOL. 29, NO. 6, 742-54 (1963)

ARGON, VAPOR PRESSURE-LIQUID (129 TO 147 DEGREES K. )

.

METHANE, VAPOR PRESSURE-LIQUID (123 TO 188 DEGREES K.)«

TABLE

477 VAN ITTERBEEK, A., VERBEKE, 0., THEEWES, F., STAES, K. AND DE BOELPAEP,J.

THE DIFFERENCE IN VAPOUR PRESSURE BETWEEN NORMAL AND EQUILIBRIUM HYDROGEN

BETWEEN 20 AND 32 DEGREES K.

PHYSICA VOL. 30, NO. 6, 1238-44 (MAY 1964)

HYDROGEN (20.4 DEGREES K. EQUILIBRIUM), VAPOR PRESSURE-LIQUID (20 TO 32

DEGREES K.)» NORMAL BOILING POINT, EQUATION FOR LIQUID VAPOR PRESSURE.

HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (20 TO 32 DEGREES K.), NORMAL

BOILING POINT, EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

478 VAN LAAR, J. J.

THE MAXIMUM AND MINIMUM DENSITY AND HEAT OF EVAPORATION OF HELIUM.

PROC. ACAD. SCI. AMSTERDAM VOL. 29, 1317-34 (1926)

ALSO IN VERSLAG. AKAD. WETENSCHAP. AMSTERDAM VOL. 35, 991-1008 (1926)

HELIUM, VAPOR PRESSURE-LIQUID (1.3 TO 5.2 DEGREES K.).

TABLE, EQUATION

479 VEGARD, L. DIE STRUKTUR VON BETA-ST ICKSTOFF UND DIE VERSCHIEDENE

PHOSPHORESZENZFAHIGKEIT DER BEIDEN FORMEN DES FESTEN STICKSTOFFS.

(THE STRUCTURE OF BETA-NITROGEN AND THE DIFFERING CAPACITIES TO

PHOSPHORESENCE OF BOTH FORMS OF SOLID NITROGEN.)

Z. PHYSIK VOL. 79, 471-91 (1932)

NITROGEN, DENSITY-SOLID BETA (43 TO 48 DEGREES K.). DENSITY DETERMINATION

FROM DIFFRACTION PATTERN DETERMINATION OF CRYSTAL STRUCTURE.

TABLE (1 VALUE)

GERMAN
110

480 VEGARD. L. DIE STRUKTUR DER BETA-FORM DES FESTEN K.OHLENOXYDS.

(THE STRUCTURE OF THE BETA-FORM OF SOLID CARBON MONOXIDE.)

Z. PHYSIK VOL. 88. 235-41 (1934)

NITROGEN* DENSITY-SOLID BETA (45 DEGREES K. )

CARBON MONOXIDE, DENSITY-SOLID BETA (65 DEGREES K.).

DETERMINED FROM DIFFRACTION PATTERN.

TABLE

GERMAN

481 VERSCHAFFELT, J. E.

RAPPORT SUR LES TENSIONS DE VAPEUR DU NEON SOLIDE ET LIQUIDE ET DE

L'HELIUM LIQUIDE.

(VAPOR PRESSURE OF SOLID AND LIQUID NEON AND OF LIQUID HELIUM.)

COMMUNS. PHYS. LAB. UNIV. LEIDEN SUPPL. NO. 64D (1928)

ALSO IN PROC. INTERN. CONGR. REFRIG., 5TH. ROME (APR 1928)

NEON, VAPOR PRESSURE-LIQUID (25 TO 27 DEGREES K. ) . EQUATION FOR SOLID AND

LIQUID VAPOR PRESSURE.

EQUATION FOR HELIUM LIQUID VAPOR PRESSURE.

TABLE, GRAPH, EQUATION

FRENCH

482 VERSCHOYLE, T. T. H.

THE TERNARY SYSTEM CARBON MONOX IDE-NI TROGEN-HYDROGEN AND THE COMPONENT

BINARY SYSTEMS BETWEEN TEMPERATURES OF -185 DEGREES AND -215 DEGREES C,

AND BETWEEN PRESSURES OF AND 225 ATM.

PHIL. TRANS. ROY. SOC. (LONDON) SER. A VOL. 230, 189-220 (1931)

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID (68 TO 88 DEGREES K. ) AND SOLID

(55 TO 68 DEGREES K. ) , MELTING PRESSURE (68 TO 73 DEGREES K. ) , TRIPLE

POINT. EQUATION FOR LIQUID AND SOLID VAPOR PRESSURE AND MELTING CURVE.

NITROGEN* MELTING PRESSURE (64 TO 68 DEGREES K.)* TRIPLE POINT. EQUATION

FOR MELTING CURVE.

TABLE, EQUATION

483 VIGNOS* J. H. AND FAIRBANK, H. A. NEW SOLID PHASE IN HELIUM-4.

PHYS. REV. LETTERS VOL. 6. 265-7 (1961)

HELIUM-4. SOLID-SOLID TRANSITION (ALPHA TO GAMMA) (1.4 TO 1.8 DEGREES K.

)

MELTING PRESSURE (SOLID ALPHA TO LIQUID II) (1.2 TO 1.4 DEGREES K.) AND

(SOLID GAMMA TO LIQUID II) (1.4 TO 1.8 DEGREES K.).

TABLE, GRAPH

484 VOLOVA, L. M.

INVESTIGATION OF THE EQUILIBRIUM OF THE COEXISTENCE OF THE LIQUID AND

GASEOUS PHASES OF THE BINARY SYSTEM METHANE-ETHYLENE.

ZHUR. FIZ. KLHIM. VOL. 14, NO. 2* 268-76 (1940)

METHANE* VAPOR PRESSURE-LIQUID (127 TO 186 DEGREES K.).

TABLE, EQUATION, GRAPH

RUSSIAN
Ill

485 VON SIEMENS* H. UBER DAMPFDRUCKMESSUNGEN UND THERMOMETRIE BE I TIEFEN TEMPERATUREN.

(VAPOR PRESSURE MEASUREMENTS AND THERMOMETRY AT LOW TEMPERATURES.)

ANN. PHYSIK. VOL. 42 » 871-88 (1913)

OXYGEN. VAPOR PRESSURE-LIQUID (57 TO 90 DEGREES K. ) . EQUATION FOR LIQUID

VAPOR PRESSURE.

NITROGEN. VAPOR PRESSURE-SOLID (57 TO 63 DEGREES K.) AND LIQUID (63 TO 80

DEGREES K.). EQUATION FOR SOLID AND LIQUID VAPOR PRESSURE.

SEE NUMBER 247 BY HOLST FOR CORRECTIONS TO TEMPERATURES REPORTED HERE.

TABLE, GRAPH

GERMAN

486 VORONEL, A. V. » CHASHK.IN, YU. R.. POPOV. V. A. AND SIMKIN. V. G.

DETERMINATION OF HEAT CAPACITY. C ( V=CONSTANT ) . OF OXYGEN NEAR THE

CRITICAL POINT.

SOVIET PHYS. JETP VOL. 18. 568 (1964)

TRANSLATION FROM ZHUR. EKSPTL. I TEORET. FIZ. VOL. 45. NO. 3. 828-30

( 1963)

OXYGEN. HEAT CAPACITY-LIQUID (154.6 DEGREES K. ) • HEAT CAPACITY

(V=CONSTANT) WAS MEASURED ON THE CRITICAL ISOCHORE AND THROUGH THE

CRITICAL POINT.

GRAPHICAL DATA ONLY

487 WALKER. P. A. THE EQUATION OF STATE AND THE SPECIFIC HEAT OF LIQUID ARGON.

LONDON UNIVERSITY. PH. D. THESIS (1956) 234 P. ARGON. DENSITY-LIQUID (90 TO 150 DEGREES K.), HEAT CAPACITY-LIQUID (94 TO

151 DEGREES K. )

.

TABLE

488 WEBER. L. A.. DILLER. D. E. » RODER. H. M. AND GOODWIN. R. D.

THE VAPOUR PRESSURE OF 20 DEGREES K. EQUILIBRIUM HYDROGEN.

CRYOGENICS VOL. 2. 236-238 (1962)

HYDROGEN (20.4 DEGREES K. EQUILIBRIUM). VAPOR PRESSURE-LIQUID (20 TO 33

DEGREES K.). EQUATION FOR LIQUID VAPOR PRESSURE.

TABLE, EQUATION

489 WEINSTOCK* B., ABRAHAM. B. M. AND OSBORNE. D. W. THE MELTING PRESSURE OF HELIUM-3.

PHYS. REV. VOL. 85, 158-9 (1952)

HELIUM-?. MELTING PRESSURE (0.16 TO 1.0 DEGREES (C. ) . EQUATION FOR MELTING

PRESSURE.

EQUATION. GRAPH
112

490 WEISHAUPT, J.

BESTIMMUNG DES GLEICHGEWICHTES SIEDENDER STICK.STOFF-ARGONSAUERSTOFFGEMISCHE BEI 1000 TORR.

(DETERMINATION OF THE PHASE EQUILIBRIUM OF BOILING NI TROGEN-ARGON-OXYGEN

MIXTURES AT A PRESSURE OF 1000 MM HG.

)

ANGEW. CHEM. VOL. B20, 321-6 (1948)

OXYGEN, VAPOR PRESSURE-LIQUID (93 DEGREES K. > . NITROGEN. VAPOR PRESSURE-LIQUID (80 DEGREES <•>. ARGON, VAPOR PRESSURE-LIQUID (90 DEGREES K..).

TABLE (1 VALUE FOR EACH FLUID)

GERMAN

491 WHITE, D., FRIEDMAN, A. S. AND JOHNSTON, H. L. THE DIRECT DETERMINATION OF THE CRITICAL TEMPERATURE AND CRITICAL

PRESSURE OF NORMAL HYDROGEN.

J. AM. CHEM. SOC. VOL. 72, 3565-8 (1950)

HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (33 DEGREES K. ) . SEVERAL P-T

DETERMINATIONS NEAR AND AT THE CRITICAL POINT.

TABLE, GRAPH

492 WHITE, D., FRIEDMAN, A. S. AND JOHNSTON, H. L. THE VAPOR PRESSURE OF NORMAL HYDROGEN FROM THE BOILING POINT TO THE

CRITICAL POINT.

J. AM. CHEM. SOC. VOL. 72, 3927-30 (1950)

HYDROGEN (NORMAL), VAPOR PRESSURE-LIQUID (27 TO 33 DEGREES K.). EQUATION

FOR LIQUID VAPOR PRESSURE.

TABLE, EQUATION, GRAPH

493 WHITE, D., FRIEDMAN, A. S. AND JOHNSTON, H. L. THE CRITICAL TEMPERATURE AND CRITICAL PRESSURE OF NITROGEN,

J. AM. CHEM. SOC. VOL. 73, 5713-15 (1951)

NITROGEN, CRITICAL TEMPERATURE AND PRESSURE (126 DEGREES K. )

.

TABLE (1 VALUE)

494 WHITE, D.» HU, J. H., AND JOHNSTON, H. L. THE DENSITY AND SURFACE TENSION OF LIQUID FLUORINE BETWEEN 66 AND 80

DEGREES K.

J. AM. CHEM. SOC. VOL. 76, 2584-6 (1954)

ALSO IN OHIO STATE UNIV., CRYOGENIC LAB., TECH. REPT. NO. TR 283-19

(FEB 1953) 7 P., ASTIA AD 5786

FLUORINE, DENSITY-LIQUID (66 TO 77 DEGREES K..). EQUATION FOR LIQUID

DENSITY.

TABLE, EQUATION, GRAPH

495 WHITE, D., HU, J. H. AND JOHNSTON, H. L. THE HEATS OF VAPORIZATION OF PARA-HYDROGEN AND ORTHO-DEUTERIUM FROM THEIR

BOILING POINTS TO THEIR CRITICAL TEMPERATURES.

J. PHYS. CHEM. VOL. 63, 1181-3 (1959)

PARAHYDROGEN, HEAT OF VAPORIZATION (24.4 TO 32.7 DEGREES K.).

DEUTERIUM (ORTHODEUTERIUM ) , HEAT OF VAPORIZATION (24.3 TO 37.5 DEGREES K)

TABLE, GRAPH
113

496 WIEBE, R. AND BREVOORT. M. J.

THE HEAT CAPACITY OF SATURATED LIQUID NITROGEN AND METHANE FROM THE

BOILING POINT TO THE CRITICAL TEMPERATURE.

J. AM. CHEM. SOC. VOL. 52. 622-33 (1930)

NITROGEN. HEAT CAPACITY-LIQUID (79 TO 116 DEGREES K.).

METHANE. HEAT CAPACITY-LIQUID (97 TO 188 DEGREES K.).

TABLE. GRAPH

497 WIEBES. J.. NIELS-HAKKENBERG. C. G. AND KRAMERS. H. C.

NEW EXPERIMENTS ON THE SPECIFIC HEAT OF LIQUID HELIUM-4 BELOW 0.7 DEGREE

K.COMMUNS. KAMERLINGH ONNES LAB. UNIV. LEIDEN NO. 308A (1957!

ALSO IN PHYSICA VOL. 23, 625 (1957)

HELIUM-4. HEAT CAPACITY-LIQUID (0.2 TO 0.8 DEGREES K.U EQUATION FOR

LIQUID HEAT CAPACITY.

EQUATION. GRAPH

498 WITT. G. UBER DIE VERDAMPFUNGSWARME FLUSSIGER LUFT.

(THE HEAT OF VAPORIZATION OF LIQUID AIR.)

ARKIV. MAT. ASTRON. OCH FYSIK. VOL. 7, 1-13 (1912)

AIR, HEAT OF VAPORIZATION (80 TO 88 DEGREES K. ) . DETERMINED BY

MEASUREMENTS OF VARIOUS CONCENTRATIONS OF OXYGEN IN NITROGEN.

TABLE, EQUATION, GRAPH

GERMAN

499 WORLEY, R. D., ZEMANSKY, M. W. AND BOORSE, H. A. VAPOR-PRESSURE CURVE OF HELIUM BETWEEN 4.2 AND 4.8 DEGREES K. PHYS. REV. VOL. 93, 45-6 (1954)

HELIUM, VAPOR PRESSURE-LIQUID (4.4 TO 4.8 DEGREES <•).

GRAPHICAL DATA ONLY

500 WROBLEWSKI, S.

SUR LA TEMPERATURE CRITIQUE ET LA PRESSION CRITIQUE DE L'OXYGENE.

(CONCERNING THE CRITICAL TEMPERATURE AND PRESSURE OF OXYGEN.)

COMPT. REND. VOL. 97, 309-10 (1883)

OXYGEN, CRITICAL POINT (160 DEGREES K.).

TABLE (1 VALUE)

FRENCH

501 WROBLEWSKI , S. SUR LA TEMPERATURE D'EBULLITION DE L'OX GENE, DE L'AIR, DE L'AZOTE ET DE

L'OXYDE DE CARBONE SOUS LA PRESSION ATMOSPHERIQUE.

(THE BOILING TEMPERATURE OF OXYGEN, AIR, NITROGEN, AND CARBON MONOXIDE AT

AT ATMOSPHERIC PRESSURE.).

COMPT. REND. VOL. 98, 982-85 (1884)

OXYGEN, VAPOR PRESSURE-LIQUID (89 TO 160 DEGREES K. ) , CRITICAL

TEMPERATURE, NORMAL BOILING POINT.

AIR, NORMAL BOILING POINT (81 DEGREES K..).

NITROGEN, NORMAL BOILING POINT (80 DEGREES K.)

CARBON MONOXIDE, NORMAL BOILING POINT (81 DEGREES <•).

TABLE

FRENCH
114

502 WROBLEWSKI, S.

UEBER DEN GEBRAUCH DES SIEDENDEN SAUERSTOFFS, STICKSTOFFS, KOHLENOXYDS,

SOW1E DE ATMOSPHARISCHEN LUFT ALS KALTEMITTEL.

(CONCERNING THE USE OF BOILING OXYGEN. NITROGEN, AND CARBON MONOXIDE AS

WELL AS LIQUID AIR AS COOLING MEDIA.)

ANN. PHYSIK VOL. 25, 371-407 (1885)

NITROGEN, VAPOR PRESSURE-LIQUID (67 TO 80 AND 119 TO 127 DEGREES K. >

CARBON MONOXIDE, VAPOR PRESSURE-LIQUID( 71 TO 83 AND 118 TO 132 DEGREES K)

OXYGEN, VAPOR PRESSURE-LIQUID (76 TO 94 AND 132 TO 160 DEGREES K. )

.

TABLE

GERMAN

503 WROBLEWSKI, S.

UEBER DAS VERHALTEN DER FLUSSIGEN ATMOSPHARISCHEN LUFT.

(THE BEHAVIOR OF LIQUID ATMOSPHERIC AIR.)

ANN. PHYSIK VOL. 26. 134-44 (1885)

AIR, VAPOR PRESSURE-LIQUID (72 TO 132 DEGREES K. )

.

TABLE

GERMAN

504 WROBLEWSKI, S.

SUR LA DENSITE DE L'AIR ATMOSPHER IQUE LIQUIDE ET DE SES COMPOSANTS, ET

SUR LE VOLUME ATOM I QUE DE L«OXYGENE ET DE L« AZOTE.

(THE DENSITY OF LIQUID ATMOSPHERIC AIR AND ITS COMPONENTS, AND THE ATOMIC

VOLUME OF OXYGEN AND NITROGEN.).

COMPT. REND. VOL. 102, 1010-12 (1886)

NITROGEN, VAPOR PRESSURE-LIQUID (71 TO 126 DEGREES K. ) , DENSITY-LIQUID

(70 TO 126 DEGREES K.). THE VALUE AT 70 DEGREES K. IS DESCRIBED AS BEING

APPROACHING SOLIDIFICATION. A VALUE OF CRITICAL DENSITY IS ALSO GIVEN.

OXYGEN, EQUATION FOR LIQUID DENSITY (73 TO 155 DEGREES K. )

.

TABLE, EQUATION

FRENCH

505 YOUNGLOVE, B. A. AND DILLER, D. E. THE SPECIFIC HEAT OF SATURATED LIQUID PARA-HYDROGEN FROM 15 TO 32 DEGREES

K.CRYOGENICS VOL. 2, NO. 5, 283-87 (1962)

PARAHYDROGEN, HEAT CAPACITY-LIQUID (15 TO 31 DEGREES K. ) . EQUATION FOR

LIQUID HEAT CAPACITY.

ARGON, HEAT CAPACITY-SOLID (22 TO 60 DEGREES K.).

TABLE, EQUATION, GRAPH

506 YUSHKEVICH, N. F. AND TOROCHESHAIKOV, N. S.

THE COEXISTENCE OF LIQUID AND VAPOR PHASES IN SOLUTIONS OF NITROGEN AND

CARBON MONOXIDE.

J. CHEM. IND. (USSR) VOL. 13, 1273-83 (1936)

NITROGEN, VAPOR PRESSURE-LIQUID (70 TO 122 DEGREES K.).

CARBON DIOXIDE, VAPOR PRESSURE-LIQUID (70 TO 122 DEGREES K.).

TABLE, GRAPH

RUSSIAN
115

507 ZIMMERMAN, G. 0., FAIRBANK, H. A., STRONGIN, M. , AND BERTMAN, B. T. SPECIFIC HEAT OF SOLID HELIUM-3 BETWEEN 0.05 AND 0.25 DEGREES K. AM. PHYS. SOC. MEETING, N.Y. (JAN 23-26, 1963) PAPER ZB6

(ABSTR. IN BULL. AM. PHYS. SOC, VOL. 8, NO. 1, 91, JAN 1963)

HELIUM-3, VAPOR PRESSURE-SOLID (0.05 TO 0.25 DEGREES K.

)

PRESSURE BETWEEN 60 AND 100 ATM. AN UPPER LIMIT ONLY FOR THE SPECIFIC

HEAT IN THIS REGION IS GIVEN.

ONE TABULAR VALUE

GPO 848-576