national Bureau of Standards

Library, N.W. BMr

MN 2 9 1964

^ecltniccil riots 92o. =2/7

A BIBLIOGRAPHY OF THERMOPHYSICAL

PROPERTIES OF ARGON FROM TO 300°K

L. A. HALL, J. G. HUST, AND A. L. GOSMAN

U. S. DEPARTMENT OF COMMERCE

NATIONAL BUREAU OF STANDARDS
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NATIONAL BUREAU OF STANDARDS

technical ^©te 3.17

Issued June 12, 1964

A BIBLIOGRAPHY OF THERMOPHYSICAL PROPERTIES

OF ARGON FROM TO 300°K

L. A. Hall, J. G. Hust, and A. L. Gosman

Cryogenic Engineering Laboratory 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 Washinaton, D.C. 20402

Price: 55 cents

Hi

CONTENTS

Page

1. INTRODUCTION 1

2. FORMAT FOR LISTING CITATIONS AND CONTENTS

OF DOCUMENTS 2

3. INDEX OF PROPERTIES 3

h. BIBLIOGRAPHY OF REFERENCES 17

A BIBLIOGRAPHY OF THERMOPHYSICAL PROPERTIES OF ARGON

FROM TO 300 °K

1

L. A. Hall,, J. G. Husband A. L. Gosman

A "bibliography of k^O references is presented for

mechanical, thermodynamic, and transport properties of

argon from to 300°K. Each article has been reviewed

and coded with regard to properties studied, type of

article (i.e., experimental, theroretical, etc.), and

method of presentation of the data. The temperature

and pressure ranges for each property under consideration

are also given. An index was prepared according to

property with k sub-categories : solid, liquid, gas up to

200 °K, and gas above 200 °K.

1. INTRODUCTION

The Compilation Unit of the Cryogenic Data Center has in its

mission the critical evaluation of quantitative information from the

world's literature related to the thermophysical properties of materials

at cryogenic temperatures. At the outset of the study of a particular

material, copies of the documents concerned with the properties are obtained and reviewed. As the task of document accumulation continues,

a concerted effort is made to complete a systematic and thorough literature search on the selected topic. For argon, the collection of

documents began over five years ago in conjunction with the data

compilation presented in the "Compendium'.'2 This bibliography on the

properties of argon is the publication of the results,which provides a methodical organization of the literature on argon.

The initial literature search was conducted by the use of various

abstracting journals, and in particular of Chemical Abstracts. Copies of

each of the pertinent documents were obtained, and each document was reviewed and coded. In addition, all pertinent articles, which were referenced in these documents, were also obtained, reviewed, and coded.

The search of Chemical Abstracts has been periodically up-dated.

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

National Aeronautics and Space Administration.

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.
2. FORMAT FOR LISTING CITATION AND DOCUMENT CONTENTS

The citations have been arranged alphabetically by first author

and numbered. Late additions were inserted in alphabetical sequence and

given the number of the preceding article followed by an A, B, etc.

Only information from the article "which concerns the properties of argon

was noted in this bibliography.

The information given for each citation includes and is ordered

as follows:

1. Author(s)

2. Title (original language) and translated title, if original

is in a language other than English

3. Reference (if the same article is published in more than

one place, each reference is cited.)

h. Chemical Abstract number or ASTIA number, when they are known

5. Properties studied for argon, state of substance, temperature

and pressure ranges as available

6. Substances, other than argon, which are discussed in the

article (Where no fluids are listed, the contents of the

document are restricted to properties of argon only.)

7. Designation as to primary character of article

a

.

experimental

b. theoretical

c compilation

d. correlation

e. reference book

8. Form in which data is reported

a. tabular - tables (number of values)

b. graphical

c

.

equations

9. Apparatus, if described or illustrated

10. Original language, if other than English.

In compilation, the bibliography number of the original article from

which the data was obtained is listed.

The amount of data in reference books is not given.
3

3. INDEX OF PROPERTIES

The bibliography is indexed according to property with sub-indexes

for the state of the substance; i.e., solid, liquid, gas up to 200°K,

and gas above 200 °K. The- letters E, T, C, and R following each citation

number refer to the type of data; i.e., E = experimental, T = theoretical,

C = compilation, correlation, calculation, and R = review, discussion,

reference work. A few reference books were coded by property only and

are designated by *R following the citation number.

Page

t 1. Density, P-V-T Data, Compressibility Factor k

t 2. Equation of State, Virial Coefficients 5 t 3* Expansivity and Compressibility 6

t k. Vapor Pressure 6

t 5* Melting Pressure 6

t 6. Saturation Density 7

t 7« Latent Heats 7

t 8. Fixed Points (Normal melting and boiling points,

critical point, triple point) 8

t 9. Specific Heat 9

10. Velocity of Sound 10

11. Joule-Thomson Coefficients, Inversion Curve 10

12. Entropy, Enthalpy, Internal Energy, Fugacity,

Gibb's Function, Helmholtz Function 11

t 13- Thermal Conductivity 12

t Ik. Viscosity 13

t 15. Prandtl Number Ik

16. Self-Diffusion Coefficient Ik

t 17. Surface Tension 15

t 18. Dielectric Constant, Clausius-Mossotti Function 15

19. Refractive Index 15

20. Lattice Characteristics (Crystal Structure,

Liquid Structure, Debye Temperature) 16

21. Gruneisen's Parameter 16

t 22. Corresponding States 16

23. Intermolecular Potential 16

2k. Documents not Appearing in the Cross -Index 16

t The properties for which the literature search has been conducted,

including a complete search in Chemical Abstracts (1917 to 1962)

.
SOLID

4 PROPERTY INDEX

1. DENSITY, P-V-T DATA. COMPRESSIBILITY FACTOR

18 C 19 C 20 E 21 E 24 T 26 T 48 C 49 E 81 C 87 C 88 T 95 E 98*R 101 E 102 C 103 E 104 E 105 R 112 T 126 T 130 E 131 E 134 E 142 R 144 T 146 R 153 C 166A E 167*R 171 T 173 E 174 T 175 E 176 E 177 E 178 C 179 E 180 C 189*R 193 E 204 C 206 E 236 E 237 T 238 R 239 T 244 C 247 C 253 C 255 C 263 E 269 C 274 E 279 C 280 C 285 E 289 c 290 E 293 T 299 C 300 C 307 E 308 E 310 E 311 E 312 T 318 c 322 E 324 C 328 C 329 E 338 E 346 E 350 E 376 R 377 E 384 E 385 E 394 E 396*R

401 C 405 T 413 T 425 T

95 E 101 E 102 C 103 E 105 R 112 T 193 E 413 T

LIQUID

18 C 49 E 87 C 104 E 126 T 153 C 174 T 346 E 376 R 377 E 384 E 385 E 405 T 413 T

279 C 346 E 350 E

193 E 238 R 279 C

GAS (UP TO 200 DEGRBES K)

24 T 48 C 49 E 87 C 88 T 134 E 144 T 153 C 174 T 175 E 177 E 180 C 193 E 204 c 236 E 237 T 238 R 239 T 244 C 247 C 253 C 289 C 290 E 293 T 322 E 394 E 401 C 41 3 T

GAS (ABOVE 200 DEGREES K)

19 C 20 E 21 E 24 T 26 T 48 C 49 E 81 C 87 C 88 T 130 E 131 E 134 E 153 C 166A E 171 T 173 E 174 T 175 E 176 E 177 E 178 C 179 E 180 C 204 C 206 E 236 E 237 T 239 T 244 C 247 C 253 C 255 C 263 E 269 C 274 E 279 C 285 E 289 C 290 E 293 T 299 C 307 E 308 E 310 E 311 E 322 E 328 C 329 E 338 E 401 C 413 T
5 PROPERTY INDEX (CONT.)

2. EQUATION OF STATE. VIRIAL COEFFICIENTS

2 T 22 T 23 T 24 T 25 T 26 T 27 T 31 C 55 T 60 E 67 T 80 T 88 T 89A T 92 T 105 R 160 T 164 T 165 T 167*R 171 T 172 T 178 C 195 T 199 T 204 C 205 E 216 T 231 T 234 T 236 E 250 R 274 E 278 R 289 C 290 E 292 T 328 C 334 R 364 T 38] E 385 E 394 E 395 T 399 T 402 E 423 T 425 T

SOLID

32 T 92 T 105 R 160 T 165 T 198 T 199 T 423 T

LIQUID

2 T 231 T 236 E 385 E 399 T

GAS (UP TO 200 DEGREES K)

32 T 34 T 110 C 147 T 197 T 198 T 254 T 265 E 364A T 365 T

24 T 25 T 31 C 60 E 67 T 88 T 164 T 178 C 204 C 205 E 234 T 236 E 254 T 289 C 290 E 292 T 334 R 364 T 364A T 365 T 381 E 395 T 399 T

GAS (ABOVE 200 DEGREES K)

24 T 25 T 26 T 31 C 34 T 60 E 67 T 172 T 205 E 236 E 250 R 254 T 274 E 289 C 364 T 364A T 365 T 381 E 395 T 399 T 402 E

88 T 164 T 171 T 290 E 292 T 334 R
PROPERTY INDEX (CONT.)

3. EXPANSIVITY AND COMPRESSIBILITY

15 E 16 C 28 T 107 T 147 T 160 T 265 E 285 E 317B T 383 E 385 E 386 E

32 T 33 T 89A T 100 E 103 E 105 R 106 T 189*R 218 T 219 T 229 E 232 E 239 T 241 E 322 E 329 E 351 E 356 E 357 E 376 R 377 E 396*R 399 T 413 T 422 T 425 T 426 T

SOLID

15 E 16 C 28 T 32 T 33 T 89A T 100 E 103 E 105 R 106 T 160 T 229 E 351 E 356 E 357 E 413 T 422 T

LIQUID

15 E 229 E 241 E 376 R 377 E 383 E 385 E 386 E 399 T 413 T

GAS (UP TO 200 DEGREES K)

265 E 322 E 399 T 413 T

GAS (ABOVE 200 DEGREES K)

232 E 265 E 285 E 322 E 329 E 399 T 413 T

4. VAPOR PRESSURE

SOLID

41 E 45 E 70 E 85 E 86 E 98*R 99 R 115 R 127 T 133 E 167*R 243 C 279 C 308 E 317A T 362 C 391 T 596*R 414 C 420 C

LIQUID

39 T 40 E 42 E 45 E 69 E 70 E 82 E 86 E 98*R 99 R 108 T 127 T 133 E 138 R 146 R 147 T 150 T 154 T 167*R 182 E 183 C 235 T 244 C 255 C 279 C 286 E 287 E 308 E 322 E 328 C 362 C 366A R 385 E 395 T 396*R 420 r

5. MELTING PRESSURE

49 E 347 E 50 E 348 E 75 E 92 T 145 T 229 E 270 E 313 E 319 E 337 E
PROPERTY INDEX (CONT.)

6. SATURATION DENSITY

13 E 256 E 35 E 258 E 49 E 265 E 56 C 317B T 83 E 383 E!6 E 163 E 229 E 236 E 243 C

SOLID (SOLID-LIQUID TRANSITION)

49 E 229 E

LIQUID (SOLID-LIQUID TRANSITION)

49 E 229 E 317B T

LIQUID (LIQUID-VAPOR TRANSITION)

13 E 35 E 56 C 83 E 383 E

S6 E 236 E 243 C 256 E 258 E 265 E

GAS (LIQUID-VAPOR TRANSITION)

83 E 86 E 163 E 236 E 243 C 256 E 258 E 265 E

7. LATENT HEATS

28 T 32 T 49 E 50 E 62 T 122 E 125 R 126 T 132 E 133 E 189*R 199 T 203 T 204A C 215A T 243 C 248 T 255 C 257 E 279 C 323*R 328 C 330 T 355 T 363*R

FUSION

49 E 50 E 62 T 72 E 98*R

183 C 189*R 204A C 215A T 229 E

72 E 85 E 86 E 137 E 147 T 152 T 226 T 229 E 231 T 300 C 314 T 315 T 391 T 392 T 420 C

122 E 243 C

98*R 119 E 155 T 183 C 235 T 236 E 316 T 318 C

125 R 255 C 132 E 315 T 133 E 323*R

147 T 363*R

SUBLIMATION

28 T 32 T 15 E 98#R 189*R 199 T 314 T 316 T 391 T 420 C

VAPORIZATION

86 E 98*R

155 T 183 C 248 T 255 C 363*R 392 T

119 E 125 R 126 T 189*R 203 T 204A C 257 E 279 C 300 C 420 C132 E 133 E 137 E 226 T 231 T 235 T 318 C 323*R 328 C

147 T 152 T 236 E 243 C 330 T 355 T
8 PROPERTY INDEX (CONT.)

8. FIXED POINTS

IT 62 T 70 E 72 E 73 E 74 T 79 C 82 E 83 E 91 T 147 T 153 C 235 T 236 E 279 C 286 E 328 C 344 T

92 T 98*R 125 R 133 E 137 E 138 R 138A E 146 R 159 T 162 R 182 E 183 C 196 C 204 C 215A T 234 T 240 T 243 C 255 C 256 E 256A R 265 E 270 E 273 E 287 E 295 C 298 R 301 E 302 T 303 T 308 E 318 C 358 T 362 C 363*R 395 T 396*R

MELTING POINT (NORMAL

62 T 72 E 73 E 98*R 125 R 159 T 286 E 303 T 318 C 363*R 395 T 396*R

183 C 243 C 255 C 279 C

BOILING POINT (NORMAL)

70 E 74 T 98*R 125 R 137 E 138 R 138A E 146 R 183 C 235 T 243 C 255 C 279 C 286 E 287 E 302 T 318 C 328 C 363*R 396*R

TRIPLE POINT

70 E 72 E 73 E 91 T 92 T 98*R 133 E 137 E 138 R 138A E 146 R 182 E 204 C 256A R 270 E 273 E 279 C 301 E 363*R 396*R

CRITICAL POINT

1 T 79 C 82 E 83 E 91 T 98*R 125 R 146 R 147 T 153 C 162 R 196 C 207 c 215A T 234 T 236 E 240 T 243 C 255 C 256 E 265 E 279 c 286 E 287 E 295 c 298 R 308 E 318 C 328 C 344 T 358 T 362 C 363*R 395 T
PROPERTY INDEX (CONT.)

9. SPECIFIC HEAT

4 E 9 C 11 E 18 C 22 T 28 T 45 E 68 E 72 E 89A T 98*R 104 E 105 R 118 E 119 E 120 T 122 E 123 E 125 R 126 T 126 E 132 E 133 E 135 T 143 T 147 T 160 T 166 E 167*R 168 C 178 C 185 C 189*R 193 E 194 E 199 T 212 C 220 T 221 E 224 T 227 E 228 E 233 R 235A E 236 E 238 R 239 T 241 E 255 C 257 E 261A R 266 C 267 C 268 C 269 C 277 C 279 C 281 E 304 T 316 T 317 T 323*R 343 E 361 E 363*R 368 E 369 E 373 T 377 E 383 E 385 E 386 E 394 E 395 T 396*R 399 T 401 C 412 E 413 T 415 E 422 T

SOLID

4 E 28 T 45 E 72 E 89A T 105 R 119 E 123 E 128 E 133 E 135 T 160 T 99 T 277 C 316 T 413 T 415 E 422 T

L I QU I D

11 E 18 C 45 E 72 E 104 E 119 E 120 T 122 E 125 R 132 E 133 E 193 E 194 E 212 C 238 R 241 E 257 E 279 C 317 T 373 T 377 E 383 E 385 E 386 E 394 E 399 T 413 T

132 E

126 T 304 T

GAS (UP TO 200 DEGREES <)

11 E 118 E 143 T 166 E 168 C 178 C 193 E 194 E 212 C 220 T 224 T 236 E 238 R 257 E 266 C 279 C 304 T 317 T 394 E 395 T 399 T 413 T

GAS (ABOVE 200 DEGREES K)

9 C 68 E 118 E 143 T 166 E 168 C 178 C 185 C 212 C 221 E 224 T 227 E 228 E 235A E 236 E 255 C 261A R 266 C 267 C 268 C 269 C 279 C 281 E 317 T 343 E 361 E 368 E 369 E 399 T 401 C 412 E 413 T
100 E 104 E 141 E 149 E 151 C 167*R

236 C 241 E 243 C 266 C 281 E 283 T 377 E 378 E 379 E 380 E 381 E 38 3 E

10

PROPERTY INDEX (CONT.l

10. VELOCITY OF SOUND

10 T 14 E 15 E 33 T 218 T 219 T 228 E 235A E 352A E 360 E 361 E 376 R 385 E 386 E 390 E 413 T

SOLID

15 E 33 T 100 E 149 E 413 T

LIQUID

10 T 104 E 141 E 151 C 241 E 283 T 376 R 377 E 378 E 379 E 380 E 383 E 385 E 386 E 390 E 413 T

GAS (UP TO 200 DEGREES K)

236 E 266 C 380 E 381 E 413 T

GAS (ABOVE 200 DEGREES K

)

14 E 228 E 235A E 236 £ 243 C 266 C 281 E 352A E 360 E 361 L 380 E 413 T

11. JOULE-THOMSON COEFFICIENTS. INVERSION CURVE

22 T 98*R 135B C 172 T 222 T 223 T 236 E 266 C 269 C 321 E 385 E 401 C

LIQUID

385 E

GAS (UP TO 200 DEGREES K)

135B C 236 E 266 C 321 E

GAS (ABOVE 200 DEGREES K)

135B C 172 T 236 E 266 C 269 C 321 E 401 C
22 T 28 T 74 T 76 T 167*R 173 E 174 T 185 C 239 T 244 C 247 C 255 c 323*R 363*R 399 T 401 c

11 PROPERTY INDEX (CONT.)

12. ENTROPY, ENTHALPY, INTERNAL ENERGY, FUGACITY,

GIBB'S FUNCTION, HELMHOLTZ FUNCTION

89 C 98*R 112 T 143 T 148 T 159 T 189*R 204A C 224 T 236 E 237 T 238 R 266 C 267 C 268 C 269 C 316 T 317 T 413 T 425 T

SOLID

28 T 112 T 148 T 316 T 317 T 413 T

LIQUID

174 T 204A C 238 R 317 T 399 T 413 T

GAS (UP TO 200 DEGREES K)

78 T 143 T 174 T 224 T 236 E 237 T 238 R 266 C 399 T 413 T

GAS (ABOVE 200 DEGREES K)

89 C 143 T 173 E 174 T 185 C 224 T 236 E 237 T 255 C 266 C 267 C 268 C 269 C 399 T 401 C 413 T
12 PROPERTY INDEX (CONT.)

13. THERMAL CONDUCTIVITY

3 T 5 T 9 C 52 T 57 E 59 E 65 C 76 T 90 C 97 E 105 R 118 E 121 E 136 R 157 R 167*R 168 C 169 T 184 T 186 E 189*R 200 E 201 E 202 E 212 C 212 E 214 E 215 T 230 E 242 R 243 C 244 C 245 T 249A C 254 T 255 C 261 R 261A R 263 E 271 E 284 C 288 E 295 C 296 c 331 R 332 R 333 E 340 R 341 R 342 E 358 T 359 T 372 E 374 E 393 T 396*R 397 C 398 R 406 E 407 E 408 E 411 E 416 E 418 R 419 E 424 T

SOLID

105 R 215 T 230 E 406 E 407 E 408 E

LIQUID

5 T 424 T 57 E 184 T 186 E 212 C 214 E 242 R 331 R 374 E 419 E

GAS (UP TO 200 DEGREES K)

3 T 52 T 57 E 65 C 76 T 118 E 121 E 136 R 157 R 168 C 169 T 186 E 200 E 212 c 214 E 242 R 244 C 245 T 249A C 254 T 284 C 288 E 295 C 296 c 359 T 374 E 393 T 418 R 419 E

GAS (ABOVE 200 DEGREES K)

3 T 9 C 52 T 59 E 65 C 90 C 97 E 118 E 121 E 157 R 168 C 169 T 186 E 200 E 201 E 202 E 212 C 213 E 214 E 242 R 243 C 244 C 245 T 249A C 254 T 255 C 261 R 263 E 271 E 284 C 288 E 295 C 296 C 332 R 333 E 340 R 341 R 342 E 359 T 372 E 393 T 398 R 411 E 416 E
13 PROPERTY INDEX (CONT.)

14. VISCOSITY

3 T 5 T 6 T 8 T 9 C 17 R 36 T 43 T 44 E 52 T 53 T 65 C 77 T 79 C 93 T 114 T 118 E 121 E 124 C 125 R 126 T 129 E 129A E 134 E 135A E 157 R 167^^R 168 C 169 T 170 T 187 E 189*R 191 E 195 T 196 C 206 E 207 E 208 F 209 E 210 C 211 C 212 C 225 E 240 T 242 R 244 C 249 E 251 R 254 T 255 C 259 T 261 R 264 E 271 E 279 C 282 T 288 F 297 R 309 E 310 E 320 E 325 C 326 C 327 E 335 E 336 p_ 339 E 345 C 358 T 359 T 366 C 366B T 367 R 382 E 387 E 387A E 388 E 389 E 396*R 400 C 403 T 417 E

LIQUID

5 T 6 T 36 T 44 E 124 C 125 R 126 T 135A E 196 C 211 C 212 C 242 R 251 R 259 T 279 C 282 T 320 E 326 C 327 E 366 c 387 E 417 E

GAS (UP TO 20C DEGREES K)

3 T 52 T 53 T 134 E 157 R 168 C 240 T 242 R 254 T 382 E 388 E 400 C

65 C 77 T 114 T 169 T 191 E 195 T 279 C 288 E 325 C

118 E 121 E 210 C 211 C

3 36 E 345 C

129 E 129A E 212 C 225 E 359 T 366 C

GAS (ABOVE 200 DEGREES K

)

3 T 114 T 187 F 240 T 288 E 366 C8 T 118 E 191 E 242 R 297 R9 C 121 E 195 T 244 C 309 E 367 R 387A E17 R 129 E 206 E 249 E 310 E 388 E

43 T 129A E 207 E 254 T 325 C 389 E52

134

208

255

335

400

53 T 157 R 209 F 261 R 336 E65 C 168 C 211 C 264 E 339 E

77 T 169 T 212 C 271 E 345 C79 C 170 T 225 E 279 C 359 T
14

PROPERTY INDEX (CONT.)

15. PRANDTL NUMBER

167*R 168 C 212 C 271 E

LIQUID

212 C

GAS (UP TO 200 DEGREES K)

168 C 212 C

GAS (ABOVE 200 DEGREES K)

168 C 212 C 271 E

3 409TE7 410

C

C

SOLID

37 E

LIQUID

66 E 259 T

16. SELF-DIFFUSION COEFFICIENT

9 C 37 E 52 T 66 E 170 T 254 T 259 T 358 T

GAS (UP TO 200 DEGREES K)

3 T 52 T 254 T 409 E

GAS (ABOVE 200 DEGREES K)

3T 7C 9C 52 T 254 T 409 E 410 C
15

PROPERTY INDEX (CONT.)

17. SURFACE TENSION

10 T 13 E 46 T 61 T 84 E 126 T 139 T 147 T 155 T 156 T 156A T 189*R 203 T 217 T 231 T 305 T 318 C 344 T 354 E 405 T

18. DIELECTRIC CONSTANT, CLAUS IUS-MOSSOTT I FUNCTION

4/- E 51 C 54 E 71 E 92A T 116 E 117 E 158 E 188 E 189*R

190 E 252 C 258A T 260 E 261A R 272 E 275 C 294 E 421 E

LIQUID

252 C 260 E

GAS (ABOVE 200 DEGREES K)

47 E 54 E 71 E 92A T 116 E 117 E 158 E 188 E 190 E 258A T 272 E 421 E

19. REFRACTIVE INDEX

96 E 116 E 117 E 140 E 192 E 261A R 262 E 275 C 352 E 365A E 365B T 29 E 58 E 306 E 350 E

SOLID

192 E 352 E

LIQUID

192 E

GAS (ABOVE 200 DEGREES K)

29 E 58 E 96 E 116 E 117 E 140 E 262 E 365A E 365B T
16

PROPERTY INDEX (CONT.)

20. LATTICE CHARACTERISTICS

(CRYSTAL STRUCTURE* LIQUID STRUCTURE* DEBYE TEMPERATURE)

28 T 32 T 33 T 91 T 81 C 199 T 277 C 349 E 102 C 105 R 112 T 148 T 161 E 165 T

101 E 106 T

21. GRUNEISEN'S PARAMETER

22. CORRESPONDING STATES

30 C 33 T 87 C 88 T 151 C 153 C 253 C 270 E 317B T 318 C38 T 48 C 65 C 67 T 76 T 105 R 109 C 110 C 111 T 111A T 154 T 171 T 222 T 236 E 237 T 277 C 280 C 289 C 291 T 295 C 345 C 366B T 375 C 392 T 423 T

77 T 78 T 79 C 112 T 135B C 147 T 240 T 245 T 246 T 300 C 312 T 317A T

23. INTERMOLECULAR POTENTIAL

12 T 404 T 89A T 102 C 170 T 254 T 302 T 303 T 314 T 316 T 353 T

24. DOCUMENTS NOT APPEARING IN THE CROSS-INDEX

63 E 64 E 94 T 113 E 276 E 370 E 371 T
17

4. BIBLIOGRAPHY OF REFERENCES

(LISTED ALPHABETICALLY BY FIRST AUTHOR)

1. ALDER. B. J. AND JURA, G.

NOTE ON THE CRITICAL TEMPERATURE OF SOLIDS*

J. CHEM. PHYS. VOL. 20, 1491-2 (1952)

CRITICAL TEMPERATURE, VOLUME AND PRESSURF (SOLID)

NEON, HELIUM

THEORETICAL - EQUATION, TABLE (3 VALUE5)

•LETTER TO EDITOR'

2, ALTAR, W.

A STUDY OF THE LIQUID STATE.

J. CHEM. PHYS. VOL. 5, 577-86 (1937)

C.A. 31, 5639 9 EQUATION OF STATE (LIQUID) (84 TO 148 DEGREES K AND TO 48 ATM)

THEORETICAL - EQUATION, TABLE (11 VALUES)

3. AMDUR, I. LOW TEMPERATURE TRANSPORT PROPERTIES OF GASES II. NEON, ARGON,

KRYPTON AND XENON.

J. CHEM. PHYS. VOL. 16, 190-4 (1948)

C.A. 42, 3231 G VISCOSITY, THERMAL CONDUCTIVITY (GAS)dlO TO 290 DEGREES K), SELFDIFFUSION COEFFICIENT (GAS) (110 TO 290 DEGREES K AND 1 ATM)

NEON, KRYPTON, XENON

THEORETICAL - EQUATIONS, TABLES (30 VALUES)

4. ANDERSON, A.

UNIV. OF OXFORD PH. D. THESIS (I960)

HEAT CAPACITY (SOLID) (1.2 TO 20 DEGREES K)

ARGON, KRYPTON

EXPERIMENTAL

A COPY WAS NOT AVAILABLE FOR CODING

5. ANDRADE, E. N.

VISCOSITY AND THERMAL CONDUCTIVITY OF LIQUID ARGON.

NATURE VOL. 170, 794 (1952)

C.A. 47,5751 A VISCOSITY, THERMAL CONDUCTIVITY (LIQUID)

THEORETICAL - EQUATIONS

LETTER TO EDITOR'

6. ANDRADE, E. N. DA C.

THE VISCOSITY OF LIQUIDS.

PROC. PHYS. SOC. (LONDON) VOL. 52, 748-58 (1940)

C.A. 35,945 8 VISCOSITY (LIQUID)(84 DEGREES K)

METHANE, 4 OTHER HYDROCARBONS, 7 METALS, 3 HALOGENS, 7 HALIDES

THEORETICAL - EQUATION, 1 TABULAR VALUE
18

7. ANDRUSSOW, L. UBER DIE DIFFUSION IN GASEN I 1 1 .BEZ IEHUNG ZWISCHEN DER SELBSTDIFFUSION

UND DER ZAHIGKEIT, DIFFUSION IN EDELGASEN UND WASSERSTOFF.

(DIFFUSION IN GASES III, RELATI.ON BETWEEN SELF DIFFUSION AND

VISCOSITY. DIFFUSION IN INERT GASES AND HYDROGEN.)

Z. PHYSIK. CHEM. VOL. 199. 314-30 (.1952)

SELF DIFFUSION COEFFICIENTS (273 DEGREES K AND 1 ATM)

HELIUM. NEON. ARGON, KRYPTON, XENON

CORRELATIONS

GERMAN

8. ANDRUSSOW, L. UBER ZAHIGKEIT UND DIFFUSION IN DER GASPHASE. IV. BERECHNUNG DER

ZAHIGKEIT REINER GASE UND DEREN GEMISCHE TEMPERATURKOEFFIZ IENT DER

ZAHIGKEIT.

(CONCERNING VISCOSITY AND DIFFUSION IN THE GAS PHASE. IV. CALCULATION

OF THE VISCOSITY OF PURE GASES AND THEIR MIXTURES. TEMPERATURE

COEFFICIENT OF VISCOSITY.)

Z. PHYSIK. CHEM. VOi_. 199, 330-44 (1952)

C.A. 46. 10733 H VISCOSITY (GAS) (273 TO 1273 DEGREES K)

HYDROGEN. HELIUM. AMMONIA. WATER. OXYGEN. METHANE. NEON, NITROGEN

THEORETICAL - EQUATIONS, GRAPHS

GERMAN

9. ANDRUSSOW, L. WARMELEITFAHIGKEIT, VISKOSITAT UND DIFFUSION IN DER GASPHASE VIII.

(SPECIFIC HEAT, VISCOSITY AND DIFFUSION IN THE GAS PHASE VIII.)

Z. ELEKTROCHEM. VOL. 57, 124-30 (1953)

TEMPERATURE DEPENDENT EXPONENTS FOR EXPRESSIONS FOR VISCOSITY,

SELF-DIFFUSION COEFFICIENTS, THERMAL CONDUCTIVITY AND SPECIFIC HEAT

(GAS) (273 TO 1273 DEGREES K> HELIUM. NEON, ARGON, KRYPTON, XENON, CARBON DIOXIDE, NITROGEN

CALCULATIONS - EQUATIONS

GERMAN

10. AUERBACH, R. OBERFLACHENSPANNUNG UND SCHALLGESCHW I NDIGKFI T. (SURFACE TENSION AND VELOCITY OF SOUND.)

EXPERIENTIA VOL. 4, 473-4 (1948)

RELATION BETWEEN SURFACE TENSION AND VELOCITY OF SOUND (87 DEGREES K)

OXYGEN, NITROGEN, HELIUM, HYDROGEN AND 52 OTHER GASES, LIQUIDS AND

SOLIDS

THEORETICAL - EQUATION, 1 TABULAR VALUE

GERMAN

11. BAGATSKII, M. I., VORONFL , A. V. AND GUSAK. V. G.

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

IMMEDIATE VICINITY OF THE CRITICAL POINT.

SOVIET PHYS. JETP VOL. 16, NO. 2, 517-8 (FEB 1963)

ZHUR. EKSPTL. I TEORET. FIZ. VOL. 43, 728-9 (1962) (IN RUSSIAN)

SPECIFIC HEAT ( V=C0NSTa: i- M L IQU ID, GAS ) ( 130 TO 156 DEGREES K)

EXPERIMENTAL - GRAPHS
19

12. BAHADUR» J. AND MADAN. M, P. THE THIRD VIRIAL COEFFICIENT AND THE FORCE BETWEEN MOLECULES.

PROC. NATL. INST. SCI. INDIA PT.A VOL.. 26. 64-8 (1960)

C.A. 54.21900 1 INTERMOLECULAR POTENTIAL (200 TO 700 DEGREES K)

KRYPTON. CARBON MONOXIDE

THEORETICAL - TABLES (4 VALUES)

13. 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. (LONDON) VOL. 81, NO. 93, 907-23 (1902)

SURFACE TENSION, SURFACE ENERGY, SATURATION DENSITY (LIQUID)

(84 TO 89 DEGREES K)

OXYGEN, NITROGEN, CARBON MONOXIDE

EXPERIMENTAL - TABLES (20 VALUES), GRAPHS

APPARATUS

14. 3ANCROFT, D.

MEASUREMENT OF VELOCITY OF SOUND IN GASES.

AM. J. PHYS. VOL. 24, 355-8 (1956)

VELOCITY OF SOUND (GAS) (273 AND 373 DEGREES K)

OXYGEN, CARBON DIOXIDE

EXPERIMENTAL - ONE TABULAR VALUE, EQUATION

APPARATUS

15. BARKER, J. R. AND DOBBS, E. R.

MEASUREMENT OF THE ELASTICITY OF SOLID ARGON WITH AN ULTRASONIC

INTERFEROMETER.

PHIL. MAG. VOL. 46, 1069-79 (1955)

VELOCITY OF SOUND (SOLID) (65 TO 80 DEGREES K), CALCULATED VALUES

FOR ADIABATIC AND ISOTHERMAL COMPRESSIBILITY, POISSON'S RATIO (SOLID,

LIQUID) (0 TO 84 DEGREES K)

EXPERIMENTAL - FABi-E OF SMOOTHED VALUES, GRAPHS

APPARATUS

16. BARKER, J. R.» DOBBS, E. R. AND JONES, G. 0.

MEASUREMENT OF THE ELASTICITY OF SOLID ARGON BY ULTRASONIC METHODS.

PHIL. MAG. (7) VOL. 44, 1182-4 (1953)

ADIABATIC COMPRESSIBILITY (SOLID) (60 AND 78 DEGREES K)

TWO CALCULATED VALUES

17. BATEMAN, J. S.

A REVIEW OF THERMAL CONDUCTIVITY AND VISCOSITY DATA FOR AMMONIA,

ETHYLENE, NITROGEN, CARBON DIOXIDE AND ARGON.

P. 169-81 IN PROC. CONG. THERMODYNAMIC AND TRANSPORT PROPERTIES FLUIDS

LONDON, 1957 (PUB. 1958)

C.A. 52, 16821 I VISCOSITY (GASH273 TO 2173 DEGREES K)

NITROGEN, AMMONIA, CARBON DIOXIDE, ETHYLENE

REVIEW
20

18. bauer. e., magat, m. and surden, m. reduced temperature and general properties of pure liquids,

trans. faraday soc. vol. 33, 81-7 (1937)

C.A. 31. 2888 1 P-V-T DATA, SPECIFIC HEAT (V=CONSTANT) (83 TO 151 DEGREES K)

18 FLUIDS

CORRELATION - EQUATIONS, GRAPHS

19. BAXTER, G. P. THIRTY-FOURTH ANNUAL REPORT OF THE COMMITTEE ON ATOMIC WEIGHTS.

DETERMINATIONS PUBLISHED DURING 1927.

J. AM. CHEM. SOC. VOL. 50, NO. 3, 603-17 (1928)

DENSITY (GAS) (273 DEGREES K AND 253 TO 760 MM HG

)

NITROGEN, NEON, CHLORINE, ACETYLENE, 7 METALS

COMPILATION - DATA FROM 20

20. BAXTER, G. P. AND STARKWEATHER, H. W.

THE DENSITY, COMPRESSIBILITY AND ATOMIC WEIGHT OF ARGON.

PROC. NATL. ACAD. SCI. U. S. VOL. 14, 57~63 (1928)

C.A. 22, 1503 G DENSITY (GAS) (273 DEGREES K AND 253 TO 760 MM HG

)

OXYGEN, NEON, NITROGEN

EXPERIMENTA. - TABLES (23 VALUES)

APPARATUS

21. BAXTER, G. P. AND STARKWEATHER, H. W.

THE DENSI,Y, COMPRESSIBILITY AND ATOMIC WEIGHT OF ARGON. II. DROC. NATL. ACAD. SCI. U. S. VOL. 15, 441-4 (1929)

C.A. 23,4112 9 DENSITY (GAS) (273 DEGREES K AND 253 TO 760 MM HG), ATOMIC WEIGHT

EXPERIMENTAL - TABLE (38 VALUES)

22. BEATTIE, J. A.

THE COMPUTATION OF THE THERMODYNAMIC PROPERTIES OF REAL GASES AND

MIXTURES OF REAl GASFS.

CHEM. REV. VOL. 44, 141-92 (1949)

ENTHALPY, ENTROPY, INTERNAL ENERGY, JOULE~THOMSON COEFFICIENT,

HELMHOLTZ FUNCTION, EQUATION OF STATE, HTAT CAPACITIES (V=CONSTANT)

(P=CONSTANT ) (GAS)

PURE GASES AND GAS MIXTURES

THEORETICAL - EQUATIONS

23. BFATTIE, J. A.

A NEW EQUATION OF STATE FOR FLUIDS IV. AN EQUATION EXPRESSING THE

VOLUME AS AN EXPLICIT FUNCTION OF THE PRESSURF AND TEMPERATURE.

PROC. NATL. ACAD. SCI. U. S. VOL. 16, 14"9 (1930)

EQUATION OF STATE (GAS)

THEORETICAL - EQUATION
21

24. BEATTIE» J. A. AND BRIDGEMAN. 0. C.

A NEW EQUATION OF STATE FOR FLUIDS.

PROC. AM. ACAD. ARTS SCI. VOL. 63, 229-308 (1929)

C.A. 23,3385 1 EQUATION OF STATE , DENS I TY ( GAS ) ( 1 24 TO 673 DEGREES K AND 0.5 TO 10 ATM)

HELIUM, NEON, HYDROGEN, NITROGEN, OXYGEN, AIR, CARBON DIOXIDE, METHANE

THEORETICAL - EQUATIONS, TABLE (200 VALUES)

25. BEATTIE, J. A. AND BRIDGEMAN, 0. C.

A NEW EQUATION OF STATE FOR FLUIDS. II. APPLICATION TO HELIUM, NEON,

ARGON, HYDROGEN, NITROGEN, OXYGEN, AIR AND METHANE.

J. AM. CHEM. SOC. VOL. 50, 3133-9 (1928)

EQUATION OF STATE (GAS) (123 TO 673 DEGREES K)

HELIUM, NEON, HYDROGEN, NITROGEN, OXYGEN, AIR, CARBON DIOXIDE, METHANE

THEORETICAL - EQUATION

26. BEATTIE, J. A. AND JULIEN, H. P. DENSITIES OF GASEOUS ARGON.

IND. ENG. CHEM. VOL. 46, NO. 8, 1668-9 (1954)

C.A. 48,13308 H EQUATION OF STATE, DENSITY (GAS) (233 TO 328 DEGREES K AND TO

3600 LB/SQ IN)

THEORETICAL - EQUATION, TABLE (360 VALUES)

27. BEATTIE, J. A. AND STOCKMAYER, W. H.

EQUATIONS OF 'STATE.

REPTS. PROGR. IN PHYS. VOL. 7, 195-299 (1940)

EQUATION OF STATE (GAS), VIRIAL COEFFICIENTS

HELIUM, NEON, NITROGEN, HYDROGEN* OXYGEN, AIR, METHANE AND 10 OTHERS

THEORETICAL - EQUATION, TABLE (5 VALUES), GRAPHS

28. BEAUMONT, R. H., CHIHARA, H. AND MORRISON, J. A.

THERMODYNAMIC PROPERTIES OF KRYPTON. VIBRATIONAL AND OTHER PROPFRTTES

OF SOLID ARGON AND SOLID KRYPTON.

PROC. PHYS. SOC. (LONDON) VOL. 78, 1462-81 (1961)

C.A. 56,10996 G DEBYE TEMPERATURES (SOLID) (0 TO 40 DEGRFES K), HFAT OF SUBLIMATION

AT DEGREES < SPECIFIC HEAT ( V=CONST ANT ) ( SOL I D ) ( TO 9 DEGREES K),

DIFFERENCES BETWEEN SPECIFIC HEATS AT CONSTANT VOLUME AND CONSTANT

PRESSURE (SOLIDMlO TO 50 DEGREES K), EXPANSIVITY (SOLlD)(20 TO

80 DEGREES K), ENTHALPY OF FORMATION OF VACANCIES (SOLID) (45 TO

83 DEGREES K), ZERO POINT ENERGY, STATIC LATTICE ENERGY

KRYPTON

THEORETICAL - EQUATIONS, GRAPH, TABLES
22

29. BENNETT* C. E.

OPTICAL DISPERSION AND MOLAR REFRACTION AT ZERO FREQUENCY FOR

COMPRESSED NITROGEN, ARGON, AND CARBON DIOXIDE MEASURED AS FUNCTIONS

OF DENSITY

PHYS. REV. VOL. 58, 263-6 (AUG 1940)

REFRACTIVE INDEX, LORENTZ-LORENZ FUNCTION (GAS) (273 AND 303 DEGREES K AND 305 TO 1405 CM HG

)

NITROGEN, CARBON DIOXIDE

EXPERIMENTAL - TABLE (6 VALUES)

30. BENSON, S. W.

CRITICAL DENSITIES AND RELATED PROPERTIES OF LIQUIDS.

J. PHYS. AND COLLOID CHEM. VOL. 52* 1060-74 (1948)

THEORY OF CORRESPONDING STATES, RELATIONS BETWEEN CRITICAL CONSTANTS

AND FIXED POINT PARAMETERS

OTHER HEAVY FLUIDS

COMPILATION

31. BERGEON, R., KIEFER* J. AND VODAR. B. EQUATION D'ETAT DE L»ARGON AUX TRES HAUTES PRESSIONS ET LA

COMPRESSIBILITE DANS L«ONDE DE CHOC.

(EQUATION OF STATE OF ARGON AT VERY HIGH PRESSURES AND ITS

COMPRESSIBILITY IN A SHOCK WAVE.)

J. PHYS. RADIUM VOL. 16, 813-4 (1955)

C.A. 50,11752 C EQUATION OF STATE, SHOCK WAVE PHENOMENA (86 TO 1240 DEGREES K)

COMPARISON - GRAPHS, TABLE

FRENCH

32. BERNARDES, N. THEORY OF SOLID NEON, ARGON, KRYPTON AND XENON AT DEGREES K.

PHYS. REV. VOL. 112, NO. 5, 1534-9 (1958)

ASTIA AD 154 247

HEAT OF SUBLIMATION, EQUATION OF STATE, ISOTHERMAL COMPRESSIBILITY,

DEBYE TEMPERATURE (SOLID) (0 DEGREES K)

NEON, KRYPTON, XENON

THEORETICAL - EQUATIONS. GRAPHS

33. BERNARDES, N.

QUANTUM MECHANICAL LAW OF CORRESPONDING STATES FOR VAN DER WAALS

SOLIDS AT DEGREES K. PHYS. REV. VOL. 120, 807-13 (I960)

VELOCITY OF SOUND (SOLID)* ISOTHERMAL COMPRESSIBILITY (SOLID)

(0 DEGREE K AND TO 20000 ATM) CORRESPONDING STATES, DEBYF

TEMPERATURE

NEON, HYDROGEN, XENON, KRYPTON

THEORETICAL - EQUATIONS , TABLE, GRAPH

34. BIRD, R. B.» SPOTZ , E. L. AND HI RSCHFELDER , J. O.

THE THIRD VIRIAL COEFFICIENT FOR NON-POLAR GASES.

J. CHEM. PHYS. VOL. 18, NO. 10, 1395-402 (1950)

SECOND AND THIRD VIRIAL COEFFICIENT (GAS)(273 TO 423 DEGREES K)

METHANE, NITROGEN, HYDROGEN, HELIUM, DFUTERIUM, ETHANE, CARBON DIOXIDE

THEORETICAL - EQUATION, TABLE (14 VALUES)
23

35. BLAGOI, YU. P. AND RUDENKO, N. S.

DENSITY OF LIQUEFIED GAS SOLUTIONS NITROGEN-OXYGEN AND AR^ON-OXYGEN.

( IN RUSSIAN)

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

SATURATED DENSITY (LIQUID) (84 TO 90 DEGREES K)

OXYGEN AND NITROGFN

EXPERIMENTAL - TABLE (3 VALUES)* GRAPH

APPARATUS

RUSSIAN

36. BLOMGREN, G. E. PARTITION FUNCTIONS FOR NORMAL LIQUIDS AND MOLTEN SALTS.

ANN. N. Y. ACAD. SCI. VOL. 79» 781-9 (I960)

PARTITION FUNCTION. VISCOSITY (LIQUID) (85 TO 150 DEGREES K)

METHANE. NITROGEN

THEORETICAL - EQUATIONS, GRAPH

37. BOATO, G.

DIFFUSION COEFFICIENT IN SOLID ARGON AND THERMOCONDUCT IV I TY OF SOLID

ARGON.

UNIVERSITA'DI GENOVA , ISTITUTO DI FlSlCA SPER IMFNTALE, ITALY, FINAL

TECH. REPT. (MAR 1963)

DDC AD 405 692

SELF-DIFFUSION COEFFICIENT (SOLID) (65 TO 83.8 DEGREES K)

EXPERIMENTAL - GRAPH

APPARATUS

38. BOATO, G. AND CASANOVA, G.

A SELF-CONSISTENT SET OF MOLECULAR PARAMETERS FOR NEON, ARGON, KRYPTON

AND XENON.

PHYSICA VOL. 27, 571-89 (1961)

MOLECULAR PARAMETERS, CORRESPONDING STATES THEORY

NEON, KRYPTON, XENON

THEORETICAL - EQUATIONS, TABLE (3 VALUFS), GRAPHS

39. 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, NO. 1, 87-93 (1961)

VAPOR PRESSURE (LIQUID) (84 TO 118 DEGREES K)

NEON

THEORETICAL - EQUATION, TABLE (30 VALUES), GRAPHS

40. 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)

VAPOR PRESSURE (LIQUID) (88 TO 118 DEGREES K)

NEON

EXPERIMENTAL - TABLE (25 VALUES), GRAPHS, EQUATION

APPARATUS
24

41. 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)

C.A. 57.4246 C VAPOR PRESSURE (SOLID) (72 TO 83 DEGREES K)

EXPERIMENTAL - TABLE (25 VALUES), EQUATION, GRAPHS

APPARATUS

42. BOATO, G., SCOLES, G. AND VALLAURI, M. E. VAPOUR PRESSURE OF ISOTOPIC LIQUIDS I. ARGON, NITROGEN, OXYGEN BELOW

BOILING POINT.

NUOVO CIMENTO VOL. 14, 735-47 (1959)

VAPOR PRESSURE (LIQUID) (84 TO 87 DEGREES K)

NITROGEN, OXYGEN

EXPERIMENTAL - TABLES (15 VALUES), GRAPHS, EQUATION

APPARATUS

43. BONILLA, C. F., WANG, S. J. AND WFINER, H. THE VISCOSITY OF STEAM, HEAVY-WATER VAPOR, AND ARGON AT ATMOSPHERIC

PRESSURE UP TO HIGH TEMPERATURES.

TRANS. ASME VOL. 78, 1285-9 (1956)

VISCOSITY (GAS) (273 TO 2073 DEGREES K)

STEAM, HEAVY WATER VAPOR

THEORETICAL - EQUATION, TABLE (20 VALUES), GRAPH

44. BOON, J. P. AND THOMAES, G.

THE VISCOSITY OF LIQUEFIED GASES.

PHYSICA VOL. 29, 208-14 (1963)

VISCOSITY (LIQUID) (84 TO 89 DEGREES K)

KRYPTON, OXYGEN, METHANE

EXPERIMENTAL - GRAPH

45. BORN, F. UBER DAMPFDRUCKMESSUNGEN AN REINEM ARGON.

(VAPOR PRESSURE MEASUREMENTS ON PURE ARGON.)

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

C.A. 17,1174 9 VAPOR PRESSURE ( SOL ID ,L I QU I D ) ( 65 TO 90 DEGREES K), SPECIFIC

HEAT <P=CONSTANT) ( SOLID, LIQUID) ( 10 TO 83 DEGREES K)

EXPERIMENTAL - TABLES (28 VALUES), GRAPH, EQUATIONS

APPARATUS

GERMAN

46. BRADLEY, R. S.

THE MOLECULAR THEORY OF SURFACE ENERGY. THE SURFACE ENERGY OF THE

LIQUEFIED INERT GASES.

PHIL. MAG. VOL. 11, 846-9 (1931)

C.A. 25, 3216 7 SURFACE ENERGY (84 DEGREES K)

HELIUM

THEORETICAL - EQUATION, ONE TABULAR VALUE
25

47. BRAUNMUHL, H-J. VON

UBER DIE TEMPERATURABHANGIGKEIT DER D I ELEKTR IZ I TATSKONSTANTE EINIGER

GASE.

(ON THE TEMPERATURE DEPENDENCE OF THE DIELECTRIC CONSTANT OF SEVERAL

GASES.

)

PHYSIK. Z. VOL. 28. 141-9 (1927)

C.A. 21.3782 9 DIELECTRIC CONSTANT (GAS) (296 TO 383 DEGREES K)

CARBON MONOXIDE* HYDROGEN* HYDROGEN SULFIDE* HYDROGEN CHLORIDE* CARBON

DIOXIDE AND NITROUS OXIDE

EXPERIMENTAL - TABLE (12 VALUES), GRAPH

GERMAN

48. 3REBACH, W.J. AND THODOS* G. DENSITIES OF THE LIQUID AND DENSE PHASE REGIONS.

CHEM. AND ENG. DATA SER. VOL. 3* 338-41 '1958)

C.A. 53. 12778 C P-V-T DATA (GAS) (75 TO 640 DEGREES K AND 48 TO 8000 ATM), LAW OF

CORRESPONDING STATES

OXYGEN, CARBON MONOXIDE, METHANE

CORRELATION - GRAPHS

49. BRIDGMAN, P. W. THE MELTING CURVES AND COMPRESSIBILITIES OF NITROGEN AND ARGON.

PROC. AM. ACAD. ARTS SCI. VOL. 70, 1-32 (1935;

C.A. 29, 3889 4 MELTING PRESSURE (84 TO 184 DEGREES K), SATURATED LIQUID AND SOLID

DENSITIES (106 TO 193 DEGREES <), P-V-T DATA (GAS, LIQUID) (100 TO

330 DEGREES K AND 700 TO 15000 KG/SQ CM). CALCULATED VALUES OF HEAT

OF FUSION

NITROGEN

EXPERIMENTAL - TABLE (7 VALUES)* GRAPH

APPARATUS

50. BRIDGMAN, P. W. THE MELTING PARAMETERS OF NITROGEN AND ARGON UNDER PRESSURE, AND THE

NATURE OF THE MELTING CURVE.

PHYS. REV. VOL. 46, 930-3 (1934)

MELTING PRESSURE* HEAT OF FUSION (SOLID) (84 TO 193 DEGREES K AND

1 TO 6000 ATM)

NITROGEN

EXPERIMENTAL - TABLE (87 VALUES)

51. BRINDLEY, G. W. THE DIELECTRIC CONSTANT OF HELIUM AND ARGON.

PHIL. LIT. SOC* SCI. SECT. VOL. 2* NO. 1, 1-7 (1929)

C.A. 24. 3426 6 DIELECTRIC CONSTANT

HELIUM

CALCULATED VALUE COMPARED WITH VALUE FROM THEORETICAL EXPRESSION FOR

H-LIKE ATOMS

REVIEW - EQUATIONS
26

52. BROKAW, R. S.

ALIGNMENT CHARTS FOR TRANSPORT PROPERTIES VISCOSITY, THERMAL

CONDUCTIVITY AND DIFFUSION COEFFICIENTS FOR NONPOLAR GASES AND GAS

MIXTURES AT LOW DENSITY.

LEWIS RESEARCH CENTER. CLEVELAND, OHIO.

NATL. AERONAUT. SPACE ADMIN. TECH. REPT. NO..R-81 (I960) 33 P.

VISCOSITY, THERMAL CONDUCTIVITY, DIFFUSION COEFFICIENT (VAPOR) (44 TC

22400 DEGREES K)

AIR, HYDROGEN, NITROGEN, OXYGEN, FLUORINE, NEON AND 45 OTHER GASES

THEORETICAL - EQUATIONS, NOMOGRAPHS

53. BROMLEY, L. A. AND WILKE, C. R. VISCOSITY BEHAVIOR OF GASES

IND. ENG. CHEM. VOL. 43, 1641-8 (1951)

VISCOSITY (GAS) (37' TO 24800 DEGRFFS K)

AIR, HELIUM, HYDROGEN, NEON, NITROGEN AND 37 OTHER GASES

THEORETICAL - EQUATIONS, NOMOGRAPH

54. BRYAN, A. B. THE DIELECTRIC CONSTANTS OF ARGON AND NEON.

PHYS. REV. VOL. 34, 6.15-7 (1929)

C.A. 24,1259 7 DIELECTRIC CONSTANT (GASM297 DEGREES K)

NEON

EXPERIMENTAL - ONF TABULAR VALUE

APPARATUS

55. BUCKINGHAM, R. A. THE CLASSICAL EQUATION OF STATE OF GASEOUS HELIUM, NEON AND ARGON.

PROC. ROY. SOC. (LONDON) VOL. A168» 264-83 (1938)

C.A. 33, 3646 3 EQUATION OF STATE (GAS)

HELIUM, NEON

THEORETICAL - EQUATION

56. BURCH, R. J. AND CHRISTAKOS, J. PHYSICAL PROPERTIES OF MATERIALS AT LOW TEMPERATURE. THE DENSITIES OF

LIQUID OXYGEN, NITROGEN, ARGON AND THEIR LIQUID MIXTURES.

AIR REDUCTION COMPANY CENTRAL RESEARCH DEPARTMENT, CRD-61-153

(DEC 1961) 54 P. SATURATED DENSITY (LIQUID) (84 TO 150 DEGREES K AND 1 TO 280 ATM)

OXYGEN, NITROGEN, AIR

COMPILATION - DATA FROM 49, 258, 265, J83

57. BURTON, J. T. A. AND ZIFBLAND, H. THERMAL CONDUCTIVITIES OF NITROGEN AND ARGON IN THE LIQUID AND

GASEOUS STATES.

GR. BRIT. MINISTRY OF SUPPLY, REPT. NO. ERDE ll/R/57 (OCT 1957)

ASTIA AD 145 956

THERMAL CONDUCTIVITY (LIQUID, GAS) (90 TO 200 DEGREES K)

NITROGEN

EXPERIMENTAL - TABLE (100 VALUES), GRAPH
27

58. BURTON. W.

THE REFRACTIVE INDEX AND DISPERSION OF LIGHT IN ARGON AND HELIUM.

PROC. ROY. SOC. (LONDON) VOL. A80, 390-405 (1908)

REFRACTIVE INDEX (GAS) (273 DEGREES K AND 1 ATM)

HELIUM

EXPERIMENTAL - TABLE (25 VALUES)

APPARATUS

59. CALLEAR, A. B. AND ROBB, J. C.

AN EXPERIMENTAL METHOD OF MEASURING THE THERMAL CONDUCTIVITY OF GASES.

TRANS. FARADAY SOC. VOL. 51. 630-8 (1955)

C.A. 49. 14390 F THERMAL CONDUCTIVITY (GAS) (273 DEGREES K AND 2 TO 59 MM HG)

AIR» HYDROGEN, CARBON DIOXIDE, WATER

EXPERIMENTAL - TABLE (12 VALUES)

APPARATUS

60. CATH, P. G. AND ONNES, H. K. SUR LA MESURE DES TEMPERATURES TRES BASSES. XXX. COMPARAISON DES

THERMOMETRES A HELIUM, A ARGON, A NEON, A OXYGENE ET A AZOTE AU

THERMOMETRE A HYDROGENE. CORRECTIONS POUR RaMENeR LES INDICATIONS DE

CES THERMOMETRES A L»ECHELLE INTERNATIONALE KELVIN. LE DEUXIEME

COEFFICIENT DU VIRIEL POUR L'HELIUM, L'ARGON, LE NEON, L'OXYGENE ET

L'AZOTE AU-DESSOUS DE DEGRE C. (MEASUREMENT OF VERY LOW TEMPERATURES. III. COMPARISON OF HELIUM,

NITROGEN, ARGON, OXYGEN, AND NEON THERMOMETERS WITH THE HYDROGEN

THERMOMETER. CORRECTIONS WHICH WILL REDUCE THE INDICATIONS OF THESE

THERMOMETERS TO THE INTERNATIONAL SCALE OF KELVIN. THE SECOND VIRIAL

COEFFICIENTS FOR HELIUM, ARGON, NEON, OXYGEN AND NTTROGEN BELOW

DEGREES C.)

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 156A (1922)

ARCH. NEERL. SCI. ( I I I A ) VOL. 6, 1~30 (1922)

SECOND VIRIAL COEFFICIENT (GAS) (83 TO 273 DEGREES K)

OXYGEN, NITROGEN, HYDROGEN

EXPERIMENTAL - TABLE (20 VALUES)

APPARATUS

FRENCH

61. CHANG, S., RFE, T.» FYRING, H. AND MATZNER, I. STATISTICAL THEORY OF SURFACE TENSION.

P f 88-92 IN PROGRESS IN INTERNATIONAL RESEARCH ON THERMODYNAMIC AND

TRANSPORT PROPERTIES , 2 ND SYMP. THERMOPHYS. PROPERTIES, PRINCETON,

N. J., 1962, ACADEMIC PRESS, N. Y. (1962)

C.A. 57, 2837 D SURFACE TENSION (84 TO 90 DEGREES K)

NITROGEN, METHANE

THEORETICAL - EQUATIONS, TABLE (4 VALUFS)
28

62. CHOWDRI » A. G. AND AULUCK, F. C.

A NOTE ON FUSION AND THE HOLE-THEORY OF LIQUIDS.

PHIL. MAG. VOL. 37, 809-11 (1946)

C.A. 42, 1471 A MELTING POINT, LATENT HEAT OF FUSION

THEORETICAL

63. CHRISTIAN, R. H. AND SHREFFLER, R. G.

EQUATION OF STATE OF ARGON.

J. APPL. PHYS. VOL. 25, 1341-2 (1954)

C.A. 49,19 I SHOCK WAVE PHENOMENA

EXPERIMENTAL - GRAPH

'LETTER TO EDITOR'

64. CHRISTIAN, R. H. AND YARGER, F. L. EQUATION OF STATE OF GASFS BY SHOCK-WAVE MEASUREMENTS. I. EXPERIMENTAL METHOD AND THE HUGONIOT OF ARGON.

J. CHEM. PHYS. VOL. 23, 2042-4 (1955)

C.A. 50,3027 F VELOCITY OF SHOCK WAVE (GAS) (294 TO 301 DEGREES K)

EXPERIMENTAL - TABLE (8 VALUES)

APPARATUS

65. CINI-CASTAGNOLI, G., PlZZELLA, G., AND RICO, F. P. TRANSPORT PROPERTIES IN THE LIQUID STATE AND THE CORRESPONDING STATE

PRINCIPLE.

NUOVO CIMFNTO VOL. 11, NO. 3, 466-7 (1959)

C.A. 54, 1005 F VISCOSITY (GAS) (196 TO 223 DEGREFS K), THERMAL CONDUCTIVITY (GAS)

(126 TO 169 DEGREFS K), CORRESPONDING STATES

OXYGEN, NITROGEN, METHANE, CARBON MONOXIDE

CORRELATION - GRAPHS., DATA FROM 327, 419

66. CINI-CASTAGNOLE, G. AND RICCI, F. P. SELF-DIFFUSION IN LIQUID ARGON.

J. CHEM. PHYS. VOL. 32, NO. 1, 19-20 (1960)

SELF-DIFFUSION COEFFICIENT ( L I QU I D ) ( 84 . 5 DEGREES K AND 70 CM HG)

EXPERIMENTAL - TABLE (5 VALUES)

67. CLAITOR, L. C.

THE SECOND VlRlAL COEFFICIENT OF THE MAJOR ATMOSPHERIC GASES AT LOW

TEMPERATURES.

TEXAS AGRICULTURAL AND MECHANICAL COLLEGE, COLLFGE STATION, MASTER'S

THESIS (1948) 83 P.

SECOND VIRIAL COEFFICIENT (GAS)<87 TO 273 DEGREES K), THEORY OF

CORRESPONDING STATES

OXYGEN, NITROGEN, AIR

THFORETICAL - EQUATION, ONE TABULAR VALUF, GRAPH
29

68. CLARK. A. L. AND KATZ, L. THE RESONANCE METHOD OF MEASURING THE RATIO OF THE SPECIFIC HEATS OF A GAS. C (P=CONSTANT)/ C ( V=CONSTANT ) . PART IV.

CAN J. RESEARCH VOL. 21A, 1-17 (1943)

SPECIFIC HEAT RATIO (GASX297 DEGREES K AND 1 TO 20 ATM)

NITROGEN. CARBON DIOXIDE. HYDROGEN. HELIUM

EXPERIMENTAL - TABLE (11 VALUES). GRAPH

APPARATUS

69. CLARK, A. M.» DIN. F. AND ROBB. J. THE LIQUID-VAPOUR EQUILIBRIUM OF THE BINARY SYSTEM ARGON-OXYGEN.

PROC. ROY. SOC. (LONDON) VOL. A221. 517-34 (1954)

VAPOR PRESSURE (LIQUID) (90 TO 110 DEGREES K)

OXYGEN

EXPERIMENTAL - TABLE (5 VALUES). EQUATION

APPARATUS

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

ZW1ETERING. TH.

THE VAPOUR PRESSURE OF ARGON.

PHYSICA VOL. 17, NO. 10, B76~84 (1951)

116TH PUBLICATION OF THE VAN DER WAALS FUND. AMSTERDAM, NEDERLAND

VAPOR PRESSURE ( SOLID »L IQU ID ) < 70 TO 150 DEGREES K), TRIPLE POINT,

BOILING POINT

EXPERIMENTAL - TABLE (38 VALUES), EQUATIONS, GRAPHS

APPARATUS

71. CLAY, J. AND VAN DER MAESEN, F. THE ABSOLUTE DIELECTRIC CONSTANT OF GASES AT PRESSURES OF TO 80 ATM.

AT 25 DEGREES C.

PHYSICA VOL. 15, 467-80 (1949)

C. A. 44, 3318

DIELECTRIC CONSTANT (GASK298 DEGREES K AND 1 TO 80 ATM)

AIR, HELIUM, CARBON DIOXIDE

EXPERIMENTAL - TABLE (28 VALUES)

APPARATUS

72. 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 H«"

C.A. 30, 3707 7 SPECIFIC HEAT(P=CONSTANT) (SOLID) (10 TO 8-0 DEGREES K), SPECIFIC HEAT

(V=CONSTANT ) (SOLID) ( 10 TO 17 DEGREES K), SPECIFIC HEAT (SATURATION)

(LIQUID) (86 TO 89 DEGREES K>» HEAT OF FUSION (81 TO 84 DEGREES K),

MELTING POINT, TRIPLE POINT

NEON, KRYPTON

EXPERIMENTAL - TABLES (35 VALUES)

GERMAN
30

73. CLUSIUS, K.

WIRD DIE SCHMELZSCHARFE DURCH DIE ISOTOPIE BEEINFLUSST. DIE TRIPELPUNKTSDRUCKE DER GASE CO» A» N20, HCL U'ND 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, 1-8 (1941)

MELTING POINT, TRIPLE POINT

CARBON MONOXIDE, NITROUS OXIDE, HYDROGEN CHLORIDE AND HYDROGEN BROMIDE

EXPERIMENTAL

APPARATUS

GERMAN

74. CLUSIUS, K. AND FRANK, A. ZUR ENTROPIE DES ARGONS.

(ON THE ENTROPY OF ARGON.)

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

C.A. 37,6508 5 ENTROPY (87.29 DEGREES K), BOILING POINT

THEORETICAL - EQUATION

GERMAN

75. CLUSIUS, K. AND WEIGAND, K.

DIE SCHMELZKURVEN DER GASE A, KR » X, CH4, CH3D, CD4, C2H4, C2H6, COS

UND PH3 BIS 200 ATM. DRUCK.

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

DEUTEROMETHANE, ETHANE, ETHENE, CARBONYL SULFIDE AND PHOSPHINE AT

200 ATMOSPHERES D RESSURE.

)

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

C.A. 35,947 3 MELTING PRESSURE (83.78 TO 88.68 DEGREES K AND 3.3 TO 198 ATM)

KRYPTON, XENON, METHANE AND 6 OTHER HYDROCARBONS

EXPERIMENTAL TABLE (25 VALUES)

APPARATUS

GERMAN

76. CODEGONE, C.

CONDUTTIVITA TERMICA E GRANDEZZE TERMOD I NAM I CHE DEI GAS E DEI VAPORI.

(THERMAL CONDUCTIVITY AND MANY THERMODYNAMIC PROPERTIES OF GAS AND

VAPOR.

)

TERMOTECNICA (MILAN) VOL. 6, 507-12 (1952)

THERMAL CONDUCTIVITY (GAS) (151 TC 188 DEGREES K), THEORY OF

CORRESPONDING STATES

HYDROGEN, NITROGEN, HELIUM, AIR, OXYGEN, METHANE AND 7 OTHER GASES

THEORETICAL - EQUATION, GRAPHS

ITALIAN

77. CODEGONE, C.

LA VISCOSITA DEI GAS E DEI VAPORI.

(VISCOSITY OF GASES AND VAPORS.)

RICERCA SCI. VOL. 22, 1416-9 (1952)

VISCOSITY (GAS) (166 TO 1057 DEGREES K), THEORY OF CORRESPONDING STATES

HYDROGEN, HELIUM, NITROGEN, AIR, OXYGEN, METHANE AND 8 OTHER GASES

THEORETICAL - EQUATION, GRAPH

ITALIAN
31

78. CODEGONE, C.

DRUCK. UND ENTROPIE DER GESATTIGTEN DAMPFE.

(PRESSURE AND ENTROPY OF SATURATED VAPORS.)

ALGEM. WARMETECH. VOL. 9, 58-9.(1959)

C.A. VOL. 54. 5197 G ENTROPY (GAS) (3 TO 151 DEGREES K)» CORRESPONDING STATES THEORY

AIR» HYDROGEN, HELIUM, METHANE AND 6 OTHER COMPOUNDS

THEORETICAL

GERMAN

79. COREMANS, J. M. J. AND BEENAKKER, J. J. M.

THE INFLUENCE OF THE DENSITY ON THE VISCOSITY COEFFICIENT OF GASES.

PHYSICA VOL. 26, 653-63 (I960)

C.A. 55,13966 I VISCOSITY (GAS) (273 TO 348 DEGREES K), CRITICAL CONSTANTS, THEORY OF

CORRESPONDING STATES

NITROGEN, METHANE, HYDROGEN, DEUTERIUM, HELIUM-, CARBON DIOXIDE

CORRELATION - TABLE (10 VALUES), GRAPHS

80. CORNER, J. THE CONSTANTS OF THE BEATT IE-BR I DGEMAN EQUATION.

TRANS. FARADAY SOC . VOL. 37, 3,58-61 '1941)

C.A. 35,7252 2 BEATTIE-BRIDGEMAN EQUATION CONSTANTS

OXYGEN, HELIUM, NEON, NITROGEN, CARBON MONOXIDE, HYDROGEN AND CARBON

DIOXIDE

THEORETICAL - ONE TABULAR VALUE

81. CRAGOE, C. S.

SLOPES OF PV ISOTHERMS OF HELIUM, NEON, ARGON, HYDROGEN, NITROGEN AND

OXYGEN AT DEGREES C.

J. RESEARCH NATL. BUR. STANDARDS VOL. 26, 495-536 (1941)

C.A. 35,6168 3 PVT DATA (GAS) (273 DEGREES K AND 1 TO 100 ATM), DENSITY (GAS)

(273 DEGREES K AND 0.5 TO 1 ATM)

OXYGEN, HYDROGEN, NITROGEN, HELIUM, NEON

CORRELATION - EQUATIONS, TABLES, DATA FROM 179, 290

82. CROMMELIN, C. A. ISOTHERMS OF MONATOMIC GASES AND OF THEIR BINARY MIXTURES. IV.

REMARKS ON THE PREPARATION OF ARGON. V. VAPOUR PRESSURES ABOVE -140

DEGREE-S C.» CRITICAL TEMPERATURE AND CRITICAL PRFSSURE OF ARGON.

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

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

VAPOR PRESSURE (133 TO 151 DEGREES K) CRITICAL TEMPERATURE AND

PRESSURE

EXPERIMENTAL - TABLE (8 VALUES), GRAPH
32

83. CROMMELIN, C. A.

ISOTHERMS OF MONATOMIC GASES AND OF THEIR BINARY MIXTURES. VI.

COEXISTING LIQUID AND VAPOUR DENSITIES OF ARGON, CALCULATION OF THE

CRITICAL DENSITY OF ARGON.

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

VERSLAG. GEWONE VERGADER. AFDEL. NATUURK. KONINKL. NED. AKAD.

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

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

SATURATED DENSITY (LIQUID, GASX133 TO 148 DEGREES K AND 22 TO

42 ATM), CRITICAL DENSITY, RECTILINEAR DIAMETER

EXPERIMENTAL - GRAPH, TABLES (8 VALUES)

84. CROMMELIN, C. A. THE CAPILLARY CONSTANTS FOR LIQUID CARBON MONOXIDE AND LIQUID ARGON.

A CORRECTION.

PROC. CHEM. SOC. (LONDON) VOL. 30, NO. 429, 248 (1914)

SURFACE TENSION (84 TO 90 DEGREES K)

CARBON MONOXIDE

CORRECTION OF BIBLIOGRAPHY REFERENCE NUMBER 13 - TABLE (7 VALUES)

85. CROMMELIN, C. A. ISOTHERMEN VAN EENATOMIGE STOFFEN EN HUNNE BINAIRE MENGSELS. XVI.

HERNIEUWDE BEPALING VAN DE DAMPSPANN I NGEN VAN VAST ARGON TOT -205

GRAD C.

(ISOTHERMS FOR MONATOMIC SOLIDS AND FOR THEIR BINARY MIXTURES. XVI.

NEW DETERMINATIONS OF VAPOR PRESSURE OF SOLID ARGON TO -205 DEGREES

C. ) VERSLAG GEWONE VERGADER. AFDEL. NATUURK. KONINKL. NED. AKAD.

WETENSCHAP. VOL. 22, 1212-5 (1914)

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

VAPOR PRESSURE, HEAT OF SUBLIMATION (SOLID) (68 TO 84 DEGREFS K)

EXPERIMENTAL - TABLES (16 VALUES), EQUATION

DUTCH

16. CROMMELIN, C. A. ISOTHERMALS OF MONATOMIC GASES AND THEIR BINARY MIXTURES XV. THE

VAPOR PRESSURE OF SOLID AND LIQUID ARGON FROM THE CRITICAL POINT DOWN

TO -206 DEGREES C.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. ]38C (1913)

VERSLAG GEWONE VERGADER. WIS- EN NATUURK. AFDEEL. 510-9 (OCT 1913)

PROC. ACAD. SCI. AMSTERDAM VOL. 16» 477-85 (1913)

VAPOR PRESSURE (SOLlD)(67 TO 84 DEGREES K), VAPOR PRESSURE (LIQUID)

(84 TO 151 DEGREES K), HEAT OF VAPORIZATION, SATURATED DENSITY

(LIQUID, GAS) (90 TO 148 DEGREES K)

EXPERIMENTAL - TABLE (20 VALUES), EQUATION

17. DAMASIUS, G. AND THODOS, G.

REDUCED STATE CORRELATION FOR THE ENSKOG MODULUS OF SUBSTANCES OF

SIMPLE MOLECULAR STRUCTURE.

IND. ENG. CHEM. FUNDAMENTALS VOL. 2, MO. 1, 73-7 (1963)

DENSITY (LIQUID, GAS) ( 75 TO 347 DEGREES K AND 4 TO 2400 ATM), ENSKOG

MODULUS, THEORY OF CORRESPONDING STATES

CORRELATION - GRAPHS, FQUATION
33

88. DANON, F. AND PlTZER, K. S.

CORRESPONDING STATES THEORY FOR ARGON AND XENON.-

J. PHYS. CHEM. VOL. 66, 583-5 (1962)

COMPRESSIBILITY FACTOR (GAS) (158 TO 219 DEGREES K AND 43 TO 435 ATM),

SECOND VIRIAL COEFFICIENT (GAS) (135 TO 468 DEGREES K), CORRESPONDING

SPATES PRINCIPLE

XENON

THEORETICAL - TABLE (14 VALUES), GRAPHS

89. DANZE, J. POUVOIR ENERGETIQUE DES COMBUSTIBLES.

(ENERGY VALUE OF FUELS.)

REV. UNIVERSELLE MINES VOL. 13, NO. 1, 3~17 (1937)

C.A. 31, 2773 5 ENTROPY (GAS) (298 DEGREES K AND 1 ATM)

HELIUM, HYDROGEN, OXYGEN, NITROGEN, METHANE

COMPILATION - SOURCE NOT STATED

FRENCH

89A. DAVIES, R. 0. AND PARKE, S.

A GENERALIZATION OF GRUNEISEN'S THEORY OF SOLIDS AND ITS APPLICATION

TO SOLID ARGON.

PHIL. MAG. VOL. 4, 341-58 (1959)

C.A. 54, 32

SPECIFIC HEAT ( P=cONST ANT ) , ISOTHERMAL COMPRESSIBILITY (SOLID) (5 TO

80 DEGREES K), GRUNEISEN'S EQUATION OF STATE, INTERATOMIC POTENTIAL

THEORETICAL - EQUATIONS, GRAPHS

90. DAYNES, H. A. CHAPTER II. THERMAL CONDUCTIVITY OF GASES IN RELATION TO GAS

COMPOSITION.

P. 10-25 IN GAS ANALYSIS BY MEASUREMENT OF THERMAL CONDUCTIVITY,

CAMBRIDGE UNIVERSITY PRESS, LONDON (1933) 349 P. THERMAL CONDUCTIVITY (GAS) (273 AND 373 DEGREES K)

HELIUM, NEON, OXYGEN, NITROGEN, HYDROGFN, CARBON MONOXID^ AND 6 OTHERS

COMPILATION - DATA FROM 121, 118, 340, 342, 397

91. DE BOER, J. QUANTUM THEORY OF CONDENSED PERMANENT GASES I. THE LAW OF

CORRESPONDING STATES.

PHYSICA VOL. 14, 139-48 (1948)

CRITICAL CONSTANTS, TRIPLE POINT CONSTANTS, DEBYE-TEMPERATURE GRAPH

(SOLID)

HELIUM, HYDROGEN, NEON, NITROGEN, KRYPTON, XENON

THEORETICAL - TA^LE (6 VALUES)

92. DE BOER, J. AND BLAISSE, B. S.

QUANTUM THEORY OF CONDENSED PERMANENT GASES II. THE SOLID STATE AND

THE MELTING LINE.

PHYSICA VOL. 14, 149-64 (1948)

EQUATION OF STATE (SOLID), MELTING PRESSURE, TRIPLE POINT

HYDROGEN, HELIUM, NEON, NITROGEN

THEORETICAL - EQUATION, TABLES (25 VALUES), GRAPHS
34

92a.de boer» j.» van der maesen, f. and ten seldam, c.a. the molecular polarisation of compressed non-polar gases,

physica vol. 19, 265-78 (1953)

clausius-mossotti (gas) (160 to 298 degrees k)

theoretical - equation, graph

93. de carvalho, h. g.

variation of viscosity of gases with temperature,

anais. assoc. quim. brasil vol. 4, no. 2» 79-82 (1945)

C.A. 40, 4929 5 VISCOSITY (GAS)

NEON, HELIUM, KRYPTON, XENON

THEORETICAL - EQUATION, CALCULATED VALUES ARE COMPARED WITH OBSERVED

RESULTS

-CODED FROM ABSTRACT94. DEITZ, V.

ZERO-POINT ENERGY OF MOLECULAR CRYSTALS.

J. CHEM. PHYS. VOL. 2, 296 (1934)

ZERO POINT ENERGY

HELIUM, NEON, HYDROGEN, NITROGEN, OXYGEN AND 5 OTHFR GASES

THEORETICAL - EQUATION, TABLE (1 VALUE)

'LFTTER TO EDITOR'

95. DE SMEDT, J. AMD KEESOM, 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)

PHYSICA VOL. 5, 344 (1925)

DENSITY (SOLID) (20 DEGREES K)

NITROGEN, OXYGEN

EXPERIMENTAL - ONE VALUE

96. DE WIJN, H. W. AND HEINEKEN, F. W. THE LORENTZ-LORENZ FUNCTIONS OF ARGON , NITROGEN, aNq CARBON DIOXIDE UP

TO 50 ATMOSPHERES AT A WAVELENGTH OF 12 MM.

PHYSICA VOL. 25, 615-25 (1959)

LORENTZ-LORENZ FUNCTION (GAS) (295 DEGREES K AND AT DENSITIES FROM

2 TO 45 AMAGATS)

NITROGEN, CARBON DIOXIDE

EXPERIMENTAL - TABLE (30 VALUES), GRAPH

97. DICKINS, B. G.

THE EFFECT OF ACCOMMODATION ON HEAT CONDUCTION THROUGH GASES.

PROC. ROY. SOC. (LONDON) VOL. A143, 517-40 (1934)

C.A. 28, 2604 4

THERMAL CONDUCTIVITY (GAS) (273 TO 285 DEGREES K), ACCOMMODATION

COEFFICIENT

OXYGEN, HYDROGEN, HELIUM, CARBON MONOXIDE, NITROGEN, AIR, AND 4 OTHERS

EXPERIMENTAL - TABLE (2 VALUES), EQUATION, GRAPH
35

98. DIN, F. ARGON.

THERMODYNAMIC FUNCTIONS OF GASES VOL. 2, 146-201 (1956)

BUTTERWORTHS SCIENTIFIC PUBLICATIONS, LONDON

C.A. 51, 11028 C DENSITY, SPECIFIC HEAT ( P=CONSTANT ) (V=CONSTANT )( SATURATION )

,

ENTROPY, ENTHALPY, JOULE"THOMSON EFFECT, MELTING AND BOILING

POINTS, LATENT HEATS, CRITICAL CONSTANTS, TRIPLE POINT CONSTANTS

VAPOR PRESSURE

REFERENCE BOOK

99. DITCHBURN, R. W. AND GILMOUR, J. C.

THE VAPOR PRESSURE OF MONATOMIC VAPORS.

REV. MOD. PHYS. VOL. 13, 310-27 (1941)

VAPOR PRESSURE (SOLID, LIQUID)

HELIUM, NEON, KRYPTON, XENON AND 25 OTHER ELEMENTS

REVIEW OF EXPERIMENTAL TECHNIQUES AND A TABLE OF CONSTANTS FOR A VAPOR PRESSURE EQUATION

100. DOBBS, E. R. EQUATION OF STATE AND ELASTICITY OF SOLID ARGON.

J. CHEM. PHYS. VOL. 24, 477-8 (1956)

VELOCITY OF SOUND, ADIABATIC COMPRESSIBILITY (SOLID)

( 10 TO 80 DEGREES K)

EXPERIMENTAL - TABLE (8 VALUES)

•LETTER TO EDITOR'

101. DOBBS, E. R., FIGGINS, B. F.» HEASTIE, R., JONES, G. 0., WALKER, P. A.

PROPERTIES OF THE CONDENSED INERT GASES.

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

INTERN. CONF. ON LOW TEMP. PHYS. AND CHEM., MADISON, WISC.,

AUG 26-31, 1957. UNIVERSITY OF WISCONSIN PRESS, MADISON (1958)

DENSITY, GRUNEISENS PARAMETER (SOLID) (20 TO 80 DEGREES K)

EXPERIMENTAL - GRAPH, TABLE (4 VALUES)

102. DOBBS, E. R.» FIGGINS, B. F. AND JONES, G. 0.

PROPERTIES OF SOLID ARGON.

NUOVO CIMENTO SUPPL. VOL. 9, NO. 1, 32-5 (1958)

DENSITY (SOLID) (20 TO 84 DEGREES K), INTERATOMIC POTENTIALS, DEBYE

TEMPERATURE (SOLID)

COMPARISON OF PUBLISHED DATA - GRAPHS

103. DOBBS, E. R.» FIGGINS, B. F.» JONES, G. 0., PIERCEY, D. C.» AND

RILEY, D. P. DENSITY AND EXPANSIVITY OF SOLID ARGON.

NATURE VOL. 178, 483 ONLY (1956)

C.A. 51, 7087 F DENSITY, EXPANSIVITY (SOLID) (20 TO 80 DEGREES K)

EXPERIMENTAL - TABLE (8 VALUES), GRAPH

•LETTER TO EDITOR'
36

104. DOBBS, E. R. AND FlNEGOLD» L. MEASUREMENT OF THE VELOCITY OF SOUND IN LIQUID ARGON AND LIQUID

NITROGEN AT HIGH PRESSURES.

J. ACOUST. SOC. AM. VOL. 32, 1215-20 (1960)

C.A. 55, 26587 G VELOCITY OF SOUND ( LIQU ID ) ( 87.2 AND 90.1 DEGREES K AND TO 135 ATM),

DENSITY, RATIO OF SPECIFIC HEATS ( LIQU ID ) ( 90 . 1 DEGREES K AND 1.4 TO

135.3 ATM)

NITROGEN

EXPERIMENTAL - TABLE (70 VALUES), EQUATIONS, GRAPHS

APPARATUS

105. DOBBS, E. R. AND JONES, G. 0.

THEORY AND PROPERTIES OF SOLID ARGON.

REPTS. PROGR. IN PHYS. VOL. 20, 516-64 (1957)

MOLECULAR STRUCTURE, LAW OF CORRESPONDING STATES, LATTICE ENERGY,

THERMAL CONDUCTIVITY, SPECIFIC HEAT ( V = CONSTANT ) ( P = CONST ANT ) , DENSITY,

EXPANSIVITY, ISOTHERMAL COMPRESSIBILITY, EQUATION OF STATE (SOLID)

REVIEW - EQUATIONS, TABLES, GRAPHS

106. DOMB, C. AND ZUCKER, I. J. THEORETICAL CALCULATIONS ON SOLID ARGON.

NATURE VOL. 178, 484 (SEPT 1956)

THERMAL EXPANSION, GRUNEISEN'S PARAMETER (SOLID) (20 TO 80 DEGREES K)

THEORETICAL - EQUATION, TABLE (8 VALUES)

107. DUCLAUX, J. LES ETATS CORRESPONDANTS DES GAZ

.

(THE CORRESPONDING STATES OF GASES.)

COMPT. REND. VOL. 252, 1703-4 (1961)

ISOTHERMAL COMPRESSIBILITY

NITROGEN

THEORETICAL

FRENCH

108. DUCLAUX, J. THEORIES DES GAZ ET EQUATION D'ETAT XII. COMPRFSSI B I L I TE C T LIQUEFACTION DE L'ARGON.

(GAS THEORY AND EQUATION OF STATE XII. COMPRESSIBILITY AND

LIQUEFACTION OF ARGON.)

J. PHYS. RADIUM VOL. 13, 199-205 (1952)

C.A. 46, 10737 A VAPOR PRESSURE (83.93 TO 143.5 DEGREES K)

THEORETICAL - EQUATIONS, TABLE

FRENCH
37

109. DUCLAUX, J. THEORIE DES GAZ REELS. XIII. COURBE DE CONDENSATION ET DONNEES

CRITIQUES.

(THEORY OF REAL GASES. XIII. CONDENSATION CURVE AND CRITICAL

CONSTANTS. ) J. CHIM. PHYS. VOL. 49. 522"6 (1952)

CORRESPONDING STATES

OXYGEN. NITROGEN

CORRELATION

FRENCH

110. DUCLAUX. J. THEORIE DES GAZ. XV. ETATS CORRESPONDANTS ARGON, OXYGENE, NEON.

(THEORY OF GASES XV. CORRESPONDING STATES OF ARGON, OXYGEN, AND NEON.

J. CHIM. PHYS. VOL. 50, 113-6 (1953)

CORRESPONDING STATES (173 TO 373 DEGREES K), 4TH VIRIAL COEFFICIENT

OXYGEN, NEON

CORRELATION - GRAPH

FRENCH

111. DUCLAUX, J. PHYSIQUE DES GAZ. COMPRESSIBI L I TE DES GAZ EN FONCTION DE LA

TEMPERATURE.

(PHYSICS OF GASES. COMPRESSIBILITIES OF GASES AS FUNCTION OF THE

TEMPERATURE.)

COMPT. REND. VOL. 226, 1124-6 (1948)

C.A. 43, 3677 H CORRESPONDING STATES THEORY

OXYGEN, NITROGEN

THEORETICAL

FRENCH

111A. DUCLAUX, J. THEORIE DES GAS. XXVIII. LA LOI DES ETATS CORRESPONDANTS.

(THEORY OF GASES. XXVIII. THE LAW OF CORRESPONDING STATES.)

J. CHIM. PHYS. VOL. 60, 374"78 (MAR 1963)

CORRESPONDING STATES THEORY (GAS)

NITROGEN, OXYGEN, NEON

THEORETICAL - EQUATIONS

FRENCH

112. DUGDALE, J. S. AND MACDONALD, D. K. C.

THE INFLUENCE OF ZERO-POINT ENERGY ON THE THERMODYNAMIC PROPERTIES OF

THE LOW BOILING POINT ELEMENTS.

PHIL. MAG. (7) VOL. 45, 811-17 (AUG 1954)

INTERNAL ENERGY, DENSITY, DEBYE. TEMPERATURE, LAW OF CORRESPONDING

STATES (SOLID)

KRYPTON, NEON, XENON, HYDROGEN, HELIUM, DEUTERIUM

THEORETICAL - EQUATIONS
38

113. EISENSTEIN. A. AND GINGRICH* N. S.

THE DIFFRACTION OF X-RAYS BY ARGON IN THE LIQUID* VAPOR AND CRITICAL

REGIONS.

PHYS. REV. VOL. 62, 761-70 ( 1942 )

X-RAY DIFFRACTION STUDY (LIQUID* GAS) (84 TO 168 DEGREES K AND 0.8 TO

51 ATM)

EXPERIMENTAL - GRAPHS

114. DUTTA, A.

BOILING POINT AND VISCOSITY OF GASES.

NATURE VOL. 152* 445-6 (1943)

C.A. 38. 286 7 VISCOSITY (GAS) (87 TO 870 DEGREES K)

AIR* HYDROGEN. NITROGEN* OXYGEN. CARBON MONOXIDE

THEORETICAL - EQUATION, GRAPH

'LETTER TO EDITOR'

115. EGERTON* A. C.

NOTE ON VAPOUR PRESSURES OF MONATOMIC SUBSTANCES.

PHIL. MAG. VOL. 48* 1048-54 (1924)

C.A. 19* 1221 4

VAPOR PRESSURE (SOLID) (65 TO 84 DEGREES K)

TUNGSTEN

REVIEW - 15 VALUES FROM 45. ALSO THREE VAPOR PRESSURE EQUATIONS AND 45

CALCULATED VALUES

116. ESSEN. L. AND FROOME. K. D. DIELECTRIC CONSTANT AND REFRACTIVE INDEX OF AIR AND ITS PRINCIPAL

CONSTITUENTS AT 24.000 MC/S.

NATURE VOL. 167, 512-3 (1951)

C.A. 45, 7397 I DIELECTRIC CONSTANT, REFRACTIVE INDEX (GAS) (273 DEGREES K AND 1 ATM)

EXPERIMENTAL - TABLE (2 VALUES), EQUATIONS

117. ESSEN, L. AND FROOME, K. D.

THE REFRACTIVE INDICES AND DIELECTRIC CONSTANTS OF AIR AND ITS

PRINCIPAL CONSTITUENTS AT 24,000 MC/S.

PROC. PHYS. SOC. (LONDON) VOL. B64 , 862-75 (1951)

C. A. 45, 7397 AND C. A. 46, 10728

REFRACTIVE INDEX, DIELECTRIC CONSTANT (GAS) (273 DEGREES K AND 1 ATM)

NITROGEN, OXYGEN, AIR, CARBON DIOXIDE

EXPERIMENTAL - TABLE (2 VALUES), EQUATION

APPARATUS
39

118. EUCKEN. A.

UBER DAS WARMELEITVERMOGEN. DI E . SPEZ I FISCHE WARME UND DIE INNERE

REIBUNG DER GASE.

(CONCERNING THE THERMAL CONDUCTIVITY. THE SPECIFIC HEAT AND

VISCOSITY OF GASES.

)

PHYSIK. Z. VOL. 14» 324-32 (1913)

THERMAL CONDUCTIVITY, VISCOSITY, SPECIFIC HEAT (V=CONSTANT)

(273.1 AND 90.6 DEGREES K)

HELIUM, HYDROGEN. CARBON MONOXIDE. NITROGEN, OXYGEN, METHANE AND 15

OTHER GASES

EXPERIMENTAL - TABLE (6 VALUES)

GERMAN

119. EUCKEN, A.

UBER DAS THERMISCHE VERHALTEN EINIGER KOMPR IMIERTER UND KONDENSI ERTER

GASE BEI TIEFEN TEMPERATUREN.

(ON THE THERMAL BEHAVIOR OF A COMPRESSED AND CONDENSED GAS AT LOW

TEMPERATURES. ) VERHANDL. DEUT. PHYSIK. GES. VOL. 18, 4-17 (1916)

SPECIFIC HEAT ( P=CONSTANT ) ( V=CONSTANT ) ( SOL ID.LIQUID ) ( 17 TO

94 DEGREES K). HEAT OF VAPORIZATION

HYDROGEN, NITROGEN, OXYGEN, CARBON MONOXIDE. HELIUM

EXPERIMENTAL - TABLES (44 VALUES)

APPARATUS

GERMAN

120. EUCKEN, A.

UBER DEN WARMEINHALT EINATOMIGER FLUSSIGKE I TEN.

(ON THE HEAT CONTENT OF MONATOMIC FLUIDS.)

VERHANDL. DEUT. PHYS. GES. VOL. 18. 18-27 (1916)

SPECIFIC HEAT (LIQUID)

HYDROGEN AND 6 METALS

THEORETICAL

GERMAN

121. EUCKEN. A. UBER DIE TEMPERATURABHANGIGKEIT DER WARMELE I TFAHIGKE I T EINIGER GASE.

(CONCERNING THE TEMPERATURE DEPENDENCE OF THERMAL CONDUCTIVITY OF

SEVERAL GASES.)

PHYSIK. Z. VOL. 12. 1101-7 (1911)

THERMAL CONDUCTIVITY, VISCOSITY (GAS) (90 TO 373 DEGREES K)

HELIUM. HYDROGEN. NITROGEN, OXYGEN. AIR. CARBON DIOXIDE

EXPERIMENTAL - TABLE ( 10 VALUES)

GERMAN
40

122. EUCKEN, A. AND HAUCK, F. DIE SPEZIFISCHEN WARMEN P = KONSTANT UND V = KONSTANT EINIGER

STOFFE IM FESTEN, FLUSSIGEM UND HYPERKR IT I SCHEN GEBIET ZWISCHEN

80 UND 320 GRAD ABS.

(THE SPECIFIC HEATS P = CONSTANT AND V = CONSTANT OF MATERIALS IN SOLID. LIQUID AND HYPERCRITICAL REGION BETWEEN 80 AND 320 DEGREES

ABS.)

Z. PHYSIK. CHEN!. VOL. 134. 161-77 (1928)

C.A. 22» 4288 6 SPECIFIC HEAT (V = CONSTANT) (LIQUID) (90 TO 190 DEGREES K), SPECIFIC

HEAT (SATURATION) (90 TO 140 DEGREES K), HEAT OF FUSION

ETHANE. AIR. CARBON DIOXIDE. CHLOROMETHANE

EXPERIMENTAL - TABLE (16 VALUES). GRAPH

APPARATUS

GERMAN

123. EUCKEN. A. AND VEITH, H.

DIE MOLWARME DES METhANS IN FESTEN METHAN-KRYPTON MlSCHUNGEN.

(THE MOLECULAR HEAT OF METHANE IN SOLID METHANE-KRYP">"ON MIXTURES.)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B34. 275~99 (1936)

SPECIFIC HFAT (V= CONSTANT) (SOLID) (10 TO 80 DEGREES K> METHANE. KRYPTON

EXPERIMENTAL - TABLE (17 VALUES)

GERMAN

124. EYRING. H., FULLER. E. J. AND REE. T.

SIGNIFICANT STRUCTURES FOR TRANSPORT AND THERMODYNAMIC PROPERTIES OF

LIQUIDS

AM. CHEM. SOC. DIV. PETROL. CHEM.. PREPRINTS, VOL. 5, NO. 3. 73-81

( 1960)

C.A. 55, 20398 A viscosity (liquid)

methane. benzene

calculated values

-coded from abstract125. eyring. h.. henderson, d. » and ree. t. thermodynamic and transport properties of liquids.

p. 340-51 in progress in international research on thermodynamic and

transport properties . 2 nd symp. thermophys. properties. princeton,

n. j. 1962, academic press, n. y. (1962)

C.A. 57, 2016 D SPECIFIC HEAT ( V = CONSTANT ) , VISCOSITY (LIQUID) (84 TO 150 DEGREES K),

CRITICAL CONSTANTS, MELTING POINT, BOILING POINT, ENTROPY OF MELTING

AND VAPORIZATION

NEON, KRYPTON, XENON, HYDROGEN, METHANE, CHLORINE, MERCURY, SODIUM

DISCUSSION - TABLES, EQUATIONS, GRAPHS

126. EYRING, H. AND REE, T. SIGNIFICANT LIQUID STRUCTURES. VI. THE VACANCY THEORY OF LIQUIDS.

PROC. NATL. ACAD. SCI. VOL. 47, 526-37 (1961)

SPECIFIC HEAT ( V=CONSTANT ) , ENERGY OF VAPORIZATION, SURFACE TENSION,

DENSITY, VISCOSITY (LIQUID)

THEORETICAL - EQUATIONS, GRAPHS
41

127. FIESCHI. R. AND TERZI, N. QUANTUM EFFECTS IN THE LIQUID STATE BY MEANS OF A PHENOMENOLOGICAL

CELL MODEL. THE VAPOUR PRESSURE RATIO OF NEON AND ARGON ISOTOPES.

PHYSICA VOL. 27, 453-64 (1961)

VAPOR PRESSURE RATIO OF ISOTOPES ( SOL I D» LIQU ID ) < 83 TO 100 DEGREES K)

NEON

THEORETICAL - EQUATIONS, TABLE (9 VALUES). GRAPH

128. FIGGINS, B. F. THE SPECIFIC HEATS OF SOLID ARGON AND AN EQUIMOLAR ARGON-KRYPTON

MIXTURE.

PROC. PHYS. SOC. (LONDON) VOL. 76, 732-6 (1960)

SPECIFIC HEAT ( P=CONSTANT )( SOLID )( 16 TO 34 DEGREES K)

KRYPTON

EXPERIMENTAL - TABLE (16 VALUES), GRAPH

129. FILIPPOVA, G. P. AND ISHKIN, I. P. THE VISCOSITY OF AIR, NITROGEN AND ARGON AT LOW TEMPERATURES AND AT

PRESSURES UP TO 150 ATMOSPHERES.

INZHENER. FIZ. ZHUR. AKAD. NAUK . BELORUS S.S.R. VOL. 4, NO. 3, 105-9

(1961 ) TRANSLATION BY FOREIGN TECHNOLOGY DIVISION, AIR FORCE SYSTFMS

COMMAND, FTD-TT-62-113

ASTIA AD 281 125

THE VISCOSITY OF AIR, NITROGEN AND ARGON AT LOW TEMPERATURES AND AT

C.A. 55, 22967 H VISCOSITY (GAS) (90 TO 273 DEGREES K AND 35 TO 150 ATM)

AIR, NITROGEN

EXPERIMENTAL - TABLE (50 VALUES), GRAPH

129A. FILIPPOVA, F. P. AND ISHKIN, I. P. THE VISCOSITY OF AIR AND ARGON AT TEMPERATURES BETWEEN AND -183

DEGREES C AND PRESSURES FROM TO 150 ATM. ( IN RUSSIAN)

KISLOROD VOL. 12, NO. 2, 38 (1959)

VISCOSITY (GAS) (90 TO 273 DEGREES K AND 1 TO 150 ATM)

AIR

EXPERIMENTAL - TABLE (32 VALUES)

RUSSIAN

130. FISCHER* F. AND FROBOESE* V.

UBER DIE FRAKTIONIERTE KRYSTALLI SAT ION UND DAS ATOMGEWICHT DES ARGONS.

(CONCERNING THE FRACTIONAL CRYSTAL IZAT ION AND THE ATOMIC WEIGHT OF

ARGON.

)

BER. DEUTSCH. CHEM. GES. VOL. 44* 92-104 (1911)

DENSITY (GAS) (290 TO 293 DEGREES K AND 744 TO 765 MM HG)

EXPERIMENTAL - TABLE (13 VALUES)

APPARATUS

GERMAN
42

131. FISCHER. F. AND HAHNEL, 0.

UBER DIE REINDARSTELLUNG VON ARGON UND STICKSTOFF..

(CONCERNING THE PREPARATION OF ARGON AND NITROGEN.)

BER. DEUTSCH. CHEM. GES. VOL. 43. 1435-42 (1910)

DENSITY (GAS) (287 TO 289 DEGREES K AND 1 ATM)

EXPERIMENTAL

APPARATUS

GERMAN

132. FLUBACHER* P.. LEADBETTER* A. J. AND MORRISON, J. A. THERMODYNAMIC PROPERTIES OF ARGON.

P. 695-7 IN PROCEEDINGS OF THE INTERNATIONAL CONFERENCE ON LOW

TEMPERATURE PHYSICS .* 7TH* TORONTO' CANADA» I960 (1961)

C.A. 56» 9510 F HEAT CAPACITY (SOLID, LIQUID) (2 TO 86 DEGREES K)

HEAT OF VAPORIZATION AND FUSION

EXPERIMENTAL - GRAPHS

133. 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)

SPECIFIC HEAT ( SATURAT ION )( SOLI D » LIQUIDM2 TO 86 DEGREES K), VAPOR

PRESSURE (SOLID, LIQUID) (66 TO 86 DEGREES K), HEATS OF FUSION AND

VAPORIZATION, TRIPLE POINT

EXPERIMENTAL - TABLES (130 VALUES), GRAPH, EQUATION

134. FLYNN, G. P., HANKS, R. V., LEMAIRE, N. A. AND ROSS, J. THE VISCOSITY OF NITROGEN, HELIUM, NEON AND ARGON FROM -78.5 TO 100

DEGREES C BELOW 200 ATMOSPHERES.

BROWN UNIV., METSLAF CHFM. LAB. » PROVIDENCE* R. I.* TECH. REPT. NO.

BRN-3-P (NOV 1962) NASA N63 11774

VISCOSITY, DENSITY (GAS) (195 TO 373 DEGREES K AND 29 TO 186 ATM)

NITROGEN, HELIUM, NEON

EXPERIMENTAL - TABLE (27 VALUES), GRAPHS

APPARATUS

135. FOREMAN, A. J. E. AND LIDIARD, A. B. VACANCY CONTRIBUTION TO THE SPECIFIC HEAT OF SOLID ARGON,

PHIL. MAG. (8) VOL. 8, NO. 85. 97-103 (1963)

SPECIFIC HEAT ( V=CONSTANT )( SOLID )( 40 TO 84 DEGREES K)

THEORETICAL - EQUATION, GRAPH

135A. FORSTER, S.

VISCOSITY MEASUREMENTS IN LIQUID NEON, ARGON, AND NITROGEN,

CRYOGENICS VOL. 3, NO. 3, 176-77 (SEPT 1963)

VISCOSITY (LIQUID) (85 TO 113 DEGREES K)

NEON, NITROGEN

EXPERIMENTAL - TABLE (8 VALUES)
43

135B. FRANCIS. P. G. AND LUCKHURST, G. R.

JOULE-THOMSON COEFFICIENTS AND THE PRINCIPLE Of CORRESPONDING STATES.

TRANS. FARADAY SOC. VOL. 59, 667-72 (1963)

JOULE-THOMSON COEFFICIENT (GAS) (140 TO 300 DEGREES K), CORRESPONDING.

STATES THEORY

NITROGEN, OXYGEN, METHANE

CORRELATION - GRAPH

136. FRANCK, E. U. WARMELEITUNG IN HOCHVERD I CHTETEN GASEN.

(THERMAL CONDUCTION IN HIGHLY COMPRESSED GASES.)

CHEM. ING. TECH. VOL. 25, 238-44 (1953)

C. A. 47, 7274 G THERMAL CONDUCTIVITY (GAS) (93 TO 193 DEGREES K)

AIR, HELIUM, HYDROGEN, NITROGEN, OXYGEN, METHANE, WATER AND 5 ORGANIC

COMPOUNDS

DISCUSSION - GRAPHS

GERMAN

137. FRANK, A. AND CLUSIUS, K. PRAZISIONSMESSUNGEN DER VERDAMPFUNGSWARME DER GASE 02, H2S, PH3, A,

COS, CH4, AND CH3D.

(PRECISION MEASUREMENTS OF THE HEAT OF VAPORIZATION OF GASES OXYGEN,

HYDROGEN SULPHIDE* PhOSPHENE» ARGON, CARBON OXISULPHIDE, METHANE ANC

DEUTEROMETHANE.

)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B42, 395-421 (1939)

C.A. 33, 5734 8

HEAT OF VAPORIZATION , TRIPLE POINT PRESSURE, BOILING POINT

OXYGEN, HYDROGEN, METHANE, AND 4 OTHER GASES

EXPERIMENTAL - TABLES (15 VALUES)

APPARATUS

GERMAN

138. FREEMAN, M. P.

I. SECOND- AND THIRD-ORDER INTERACTION OF GAS MOLECULES AND A SURFACE,

II. SOLID SOLUTIONS OF KRYPTON IN XENON AND THE VAPOR PRESSURE OF

ARGON, KRYPTON aND XFNON.

UNIVERSITY MICROFILMS (ANN ARBOR, MICH.) PUBL. NO. 17124, 151 P. DISSERTATION ABSTRACTS VOL. 16, 2039 (1956)

C.A. 51, 9245 B VAPOR PRESSURE, BOIL I NG ' PO INT , TRIPLE POINT

KRYPTON, XENON

REVIEW

-CODED FROM ABSTRACT138A. FREEMAN, M. P. AND HALSEY, G. D. 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)

TRIPLE POINT TEMPERATURE AND PRESSURE, BOILING POINT

EXPERIMENTAL - THREE TABULAR VALUES, VAPOR PRESSURE EQUATION
44

139. FRENKEL, Y..I. AND GUBANOV, A. THE RELATION BETWEEN SURFACE TENSION OF AMORPHOUS BODIES AND

TEMPERATURE. (IN RUSSIAN)

ZHUR. EKSPTL. I TEORET. FIZ. VOL. 16. 435-50 (1946)

C.A. 41. 325 F SURFACE TENSION (LIQUID)

NITROGEN, OXYGEN AND 9 OTHER COMPOUNDS

THEORETICAL - EQUATION

RUSSIAN

-CODED FROM ABSTRACT140. FROOME, K. D.

'THE REFRACTIVE INDICES OF WATER VAPOUR, AIR, OXYGEN, NITROGEN AND

ARGON AT 72 KMC/S.

PROC. PHYS. SOC. (LONDON) VOL. 68B, 833-5 (1955)

REFRACTIVE INDEX (GASM273 DEGREES K AND 1 ATM)

AIR, NITROGEN, OXYGEN, WATER VAPOR

EXPERIMENTAL - TABLE (3 VALUES)

APPARATUS

141. GALT, J. K.

SOUND ABSORPTION AND VELOCITY IN LIQUEFIED ARGON, OXYGEN, NITROGEN

AND HYDROGEN.

J. CHEM. PHYS. VOL. 16, 505-7 (1948)

C.A. 42, 4813 C

VELOCITY OF SOUND (LIQUID) (85 DEGREES K)

OXYGEN, NITROGEN, HYDROGEN

EXPERIMENTAL - ONE TABULAR VALUE

APPARATUS

142. GOBLYN, J. H. REFLECTIONS ON STATIC THERMODYNAMICS,

CHALEUR ET IND. VOL. U, 31"9 (1930)

C.A. 24, 1790 1 P-V DATA

SIX ORGANIC COMPOUNDS

REVIEW - GRAPHS

-CODED FROM ABSTRACT143. GOFF, J. A., GRATCH, S. AND VAN VOORHIS, S. W.

ZERO PRESSURE THERMODYNAMIC PROPERTIES OF SOME MONATOMIC GASES.

TRANS. AM. SOC. MECH. ENG. VOL. 72, 725-39 (1950)

ENTROPY, ENTHALPY, SPECIFIC HEAT ( P=CONSTAN I ) ( GAS )

( 100 TO 5000

DEGREES K AND ATM)

HYDROGEN, DEUTERIUM, HELIUM, NITROGEN, FLUORINE AND 4 OTHER GASES

THEORETICAL - EQUATIONS, TABLES
45

144. GOMBAS, P. AND KUNVARI> 0.

UBER DIE ZUSTANDSGLEICHUNG DEF< EDELGASATOME NE, AR. KR , UND XE AM

ABSOLUTEN NULLPUNKT DEK TEMPtKAiuK.

(THE EQUATION OF STATE OF THE NOBLE GAS ATOMS NEON, ARGON, KRYPTON AND

XENON AT ABbOLUTE ZERO.)

ACTA PHYS. ACAD. SCI. HUNGARY VOL. 5, 339-45 (1955)

UCRL TRANSLATION NO. 721 (L>

C.A. 50, 8274 H

P-V DATA (0 DEGREES ABSOLUTE) FROM AN EQUATION DERIVED BY USE OF THE

ELECTRON EXCHANGE AND CORRELATION OF A MODIFIED STATISTICAL ATOM MODEL

GERMAN

-CODED FROM ABSTRACT145. GOODWIN, R. D. AND WEBER, L. A.

A COMPARISON OF TWO MELTING-PRESSURE EQUATIONS CONSTRAINED TO THE

TRIPLE POINT USING DATA FOR ELEVEN GASES AND THREE METALS.

NATL. BUR. STANDARDS TECH. NOTE 183 (OCT 1963)

MELTING PRESSURE

HYDROGEN, DEUTERIUM, TRITIUM, NEON* OXYGEN, NITROGEN, AND 7 OTHER

SOLIDS

THEORETICAL - EQUATIONS, GRAPHS

146. GRATCH, S.

VAPOR PRESSURE, SPECIFIC VOLUME, P-V-T DATA FOR HYDROGEN, NITROGEN,

OXYGEN, CARBON MONOXIDE, CARBON DlOXIDE» AIR, HFLIUM, ARGON AND

MERCURY.

TRANS. AM. SOO. MECH. ENGRS. VOL. 70, 631-40 (1948)

P-V-T DATA, VAPOR PRESSURE, BOILING POINT, TRIPLE POINT, CRITICAL

CONSTANTS

HYDROGEN, NITROGEN, OXYGEN, CARBON MONOXIDE, CARBON DIOXIDE, AIR,

HELIUM AND MERCURY

REVIEW - WITH BIBLIOGRAPHY (154 REFERENCES)

147. GUGGENHEIM, E. A. THE PRINCIPLE OF CORRESPONDING STATES.

J. CHEM. PHYS. VOL. 13, 253-61 (1945)

C.A. 39, 3986 1 CORRESPONDING STATES PRINCIPLE, VAPOR PRESSURE, ENTROPY OF VAPORIZATION AND FUSION, COEFFICIENT OF THERMAL EXPANSION, SURFACE TENSION,

HEAT CAPACITY ( P=cONSTAN T ) , BOYLE POINT, CRITICAL CONSTANTS

THEORETICAL - EQUATIONS, TABLE <6 VALUES)

148. GUGGENHEIM, E. A. AND MC GLASHAN, M. L. INTERACTION BETWEEN ARGON ATOMS.

PROC. ROY. SOC. (LONDON) VOL. A255, 456-76 (1960)

CRYSTAL STRUCTURE* ENTROPY, ENTHALPY (SOLID) (20 TO 80 DEGREES K)

THEORETICAL - EQUATIONS, GRAPHS
46

149. GUPTILL, E. W.» HOYT» C. K. AND ROBINSON* D. K. THE VELOCITY AND ATTENUATION OF SOUND IN SOLID ARGON.

CAN. J. PHYS. VOL. 33, 397 (1955)

C.A. 49. 12069 D VELOCITY OF SOUND (SOLID) (64 AND 78 DEGREES K)

EXPERIMENTAL - TWO TABULAR VALUES

'LETTER TO FDITOR'

150. HAGGENMACHER, J. E. AN EQUATION FOR THE LINE OF SATURATION OF LIQUIDS AND VAPORS.

J. AM. CHEM. SOC. VOL. 68, 1123-6 (1946)

C.A. 40, 5312 8 VAPOR PRESSURE (112 TO 151 DEGREES K)

HELIUM, HYDROGEN, NEON, NITROGEN, OXYGEN AND 40 OTHER COMPOUNDS

THEORETICAL - EQUATION

151. HAMANN, S. D.

A CORRESPONDING STATES TREATMFNT OF THE SPEED OF SOUND IN SIMPLE

LIQUIDS.

AUSTRALIAN J. CHEM. VOL. 13, 325-31 (I960)

C.A. 55, 7951 I VELOCITY OF SOUND (LIQUID) (84 TO 87 DEGREES K), CORRESPONDING STATES

THEORY

NITROGEN, OXYGEN, METHANE, HELIUM, HYDROGEN

CORRELATION - GRAPH

152. HAMMICK, D. L.

LATENT HEATS OF VAPORIZATION AND EXPANSION.

PHIL. MAG. (6) VOL. 44, 590-4 (1922)

LATENT HEAT OF VAPORIZATION

NITROGEN, HYDROGEN, OXYGEN AND 20 ORGANIC COMPOUNDS

THEORETICAL - EQUATION, TABLE (1 VALUE)

153. HAMRIN, C. E. AND THODOS, G.

DENSITY. REDUCED STATE CORRELATION FOR THE INERT GASES.

AM. INST. CHEM. ENGRS. J. VOL. 4, 480-4 (1958)

C.A. 56, 8025 D DENSITY (LIQUID, GAS)(84 TO 800 DEGREES K), CRITICAL CONSTANTS,

CORRESPONDING STATES

NEON, KRYPTON, XENON, HELIUM

CORRELATION - GRAPH

154. HAMRIN, C. E. AND THODOS, G.

VAPOR PRESSURES OF THE INERT GASES.

J. CHEM. PHYS. VOL. 35, 899-902 (1961)

C.A. 56, 8026 B VAPOR PRESSURE ( 100 TO 150 DEGREES K), THEORY OF CORRESPONDING STATES

HFLIUM, NEON, KRYPTON, XFNON

THEORETICAL - EQUATION, GRAPH
47

155. HARASIMA, A.

HEAT OF VAPORIZATION AND SURFACE ENERGY OF SEVERAL LIQUIDS.

PROC. PHYS. MATH. SOC. JAPAN VOL. 23, 978~83 (1941)

C.A. 41. 6097 D HEAT OF VAPORIZATION, SURFACE ENERGY (SATURATION)

HELIUM, HYDROGEN, DEUTERIUM, NEON, NITROGEN

THEORETICAL - EQUATIONS, TABLES (3 VALUES)

156. HARASIMA, A.

CALCULATION OF THE SURFACE ENERGIES OF SEVERAL LIQUIDS.

PROC. PHYS. MATH. SOC. JAPAN VOL. 22, 825-40 (1940)

C.A. 35, 2047 I SURFACE ENERGY

HYDROGEN, HELIUM, DEUTERIUM, NEON, NITROGEN

THEORETICAL - EQUATIONS, TABLE (2 VALUES)

156A. HARASIMA, A.

SURFACE TENSION OF LIQUIDS.

PROC. PHYS-MATH. SOC. JAPAN VOL. 23, 983-91 (1941)

SURFACE TENSION (LIQUID) (85 TO 90 DEGREES K)

HELIUM, HYDROGEN, DEUTERIUM, NEON, NITROGEN

THEORETICAL - EQUATIONS, TABLE (6 VALUES)

157. HAWKINS, G, A. BRIEF REVIEW OF AVAILABLE DATA ON THE DYNAMIC VISCOSITY AND THERMAL

CONDUCTIVITY FOR TWELVE GASES.

TRANS. AM. SOC. MECH. ENGRS. VOL. 70, 655-9 (1948)

VISCOSITY, THERMAL CONDUCTIVITY (GAS) (90 TO 1973 DEGREES K)

METHANE* CARBON MONOXIDE, HELIUM, HYDROGEN, NITROGEN, OXYGEN AND

5 OTHER GASES

REVIEW

158. HECTOR, L. G. AND WOERNLEY, D. L. THE DIELECTRIC CONSTANTS OF EIGHT GASES.

PHYS. REV. VOL. 69, 101-5 (1946)

C.A. 40, 2366 7 DIELECTRIC CONSTANT (GAS) (297 DEGREES K AND 1 ATM)

AIR, NITROGEN, OXYGEN, HYDROGEN, NEON, HELIUM, CARBON DIOXIDE

EXPERIMENTAL - TABLE (1 VALUE)

159. HENKEL, J. H. MELTING POINT OF CRYSTALLINE ARGON.

ABSTRACTED IN BULL. AM. PHYS. SOC. VOL. 1, 258 (1956) PAPER A 10,

C.A. 52, 12473 I MELTING POINT, FREE ENERGY (HELMHOLTZ FUNCTION)

THEORETICAL

-CODED FROM ABSTRACT-
48

160. HENKEL, J. H. EQUATION OF STATF AND THE THERMAL DEPENDENCE OF THE ELASTIC

COEFFICIENTS OF CRYSTALLINE ARGON.

J. CHEM. PHYS. VOL. 23, NO. 4, 681-7 (1955)

EQUATION OF STATE* SPECIFIC HEATS ( V=CONSTANT > ( P=CONSTANT ) , ELASTIC

COEFFICIENTS (SOLID)

THEORETICAL - EQUATIONS, TABLE (20 VALUES)

161. HENSHAW, D. G.

ATOMIC DISTRIBUTION IN LIQUID AND SOLID NEON AND SOLID ARGON BY

NEUTRON DIFFRACTION.

PHYS. REV. VOL. Ill, 1470-5 (1958)

ATOMIC DISTRIBUTION (SOLID) (4.2 DEGREES K) CRYSTAL STRUCTURE

NEON

EXPERIMENTAL

APPARATUS

162. HERZ, W.

ZUR KENNTNIS DER SATT IGUNGSDRUCK.E.

(INFORMATION ON SATURATION PRESSURE.)

Z. ELEKTROCHEM. VOL. 36, 300-1 (1930)

C.A. 24, 3935 7 CRITICAL CONSTANTS

OXYGEN, NITROGEN, CARBON MONOXIDE AND 26 ORGANIC COMPOUNDS

REVIEW

GERMAN

163. HERZ, W.

DICHTE UND TEMPERATUR. VI.

(DENSITY AND TEMPERATURE. VI.)

Z. ELEKTROCHEM. VOL. 33, 348-9 (1927)

C.A. 21, 3505 7 SATURATED DENSITY (GAS) (90 TO 148 DEGREES K)

NITROGEN, CHLORINE

EXPERIMENTAL - TABLE (7 VALUES), EQUATION

GERMAN

164. HERZFELD, K. F. THE SECOND VIRIAL COEFFICIENT OF ARGON.

PHYS. REV. VOL. 52, 374 (1937)

C.A. 31, 7301 4 SECOND VIRIAL COEFFICIENT (GAS)(173 TO 673 DEGREES K)

THEORETICAL - EQUATION

165. HERZFELD, K. F. AND MAYER, M. G.

ON THE THEORY OF FUSION.

PHYS. REV. VOL. 46, NO. 11, 995-1001 (1934)

EQUATION OF STATE (SOLID), CRYSTAL STRUCTURE

HELIUM

THEORETICAL - EQUATIONS
49

166. hEUSE» W.

DIE SPEZIFISCHE WARME VON ARGON UND EINIGEN MEHRATOMIGEN GASEN.

(THE SPECIFIC HEAT OF ARGON AND SOME POLYATOMIC GASES.)

ANN. PHYSIK VOL. 59* 86-94 (1919)

SPECIFIC HEAT ( P=CONSTANT ) ( GAS ) ( 93 TO 291 DEGREES K)

METHANE* CARBON DIOXIDE AND 5 OTHER ORGANIC COMPOUNDS

EXPERIMENTAL - TABLE (40 VALUES)

GERMAN

166A. HEUSE, W. AND OTTO, J. UBER EINE NEUBESTIMMUNG DES GRENZWERTES DER AUSDEHNUNGS- UND

SPANNUNGSKOEFFIZIENTEN VON HELIUM. WASSERSTOFF UND STICKSTOFF.

(CONCERNING A NEW DETERMINATION OF THE CRITICAL VALUE OF THE

EXPANSION AND VOLTAGE COEFFICIENTS OF HELIUM, HYDROGEN AND NITROGEN.)

ANN. PHYSIK (5) VOL. 2, 1012-30 (1929)

P-V-T DATA (GAS) (273 TO 373 DEGREES K)

HELIUM, NEON, HYDROGEN, NITROGEN, OXYGEN

EXPERIMENTAL - TABLES (4 VALUES)

GERMAN

167. HILSENRATH, J., BECKETT, C. W., BENEDICT, W. S. , FANO, L. , HOGE, H.J*>

MASI, J. F.» NUTTALL, R. L. , TOULOUKIAN, Y. S. AND WOOLLEY, H. W.

TABLES OF THERMAL PROPERTIES OF GASES.

NATL. BUR. STANDARDS CIRC. NO. 564 (1955)

REPRINTED AS TABLES OF THERMODYNAMIC AND TRANSPORT PROPERTIES OF AIR,

ARGON, CARBON DIOXIDE, CARBON MONOXIDE, HYDROGEN, NITROGEN, OXYGEN AND

STEAM.

PERGAMON PRESS, OXFORD (I960) 47« p.

ZOMPRESSIBILITY FACTOR, DENSITY (70 TO 5000 DEGREES K AND 0.01 TO

ICO ATM)» SPECIFIC HEAT (P=CONSTANT, ENTHALPY, ENTROPY, SOUND VELOCITY

(100 TO 3000 DEGREES K AND 0.01 TO 100 ATM), SPECIFIC HEAT RATIO (100

TO 3000 DEGREES K AND 1 TO 100 ATM), VISCOSITY (50 TO 1500 DEGREES K AND 1 ATM), THERMAL CONDUCTIVITY (90 TO 1500 DEGREES K AND 1 ATM),

VAPOR PRESSURE (SOLID, LIQUID) (65 TO 150 DEGREES K), PRANDTL NUMBER

(100 TO 1500 DEGREES K), ENTHALPY FUNCTION, SPECIFIC HEAT ( P=CONSTANT

)

AND ENTROPY (IDEAL GAS ) ( 10 TO 5000 DEGREES K), EQUATION OF STATE

COEFFICIENTS (80 TO 1000 DEGREES K), 2ND, 3RD, AND 4TH VIRIAL COEFFS.

REFERENCE BOOK - TABLES

168. HILSENRATH, J. AND TOULOUKIAN, Y. S.

THE VISCOSITY, THERMAL CONDUCTIVITY, AND PRANDTL NUMBER FOR AIR,

OXYGEN, NITROGEN, N'lTRlC OXIDE, HYDROGEN, CARBON MONOXIDE,

CARBON DIOXIDE, WATER, HELIUM AND ARGON.

TRANS. AM. SOC. MECH. ENGRS. VOL. 76, 967-85 (1954)

C.A. 48, 11135 C VISCOSITY, THERMAL CONDUCTIVITY, PRANDTL NUMBER, SPECIFIC HEAT

(P=CONSTANT ) (GAS) (100 TO 1500 DEGREES K AND 1 ATM)

AIR, OXYGEN, NITROGEN, HYDROGEN, HELIUM, WATER, CARBON MONOXIDE,

CARBON DIOXIDE, AND NITRIC OXIDE

CORRELATION - EQUATIONS, TABLES, GRAPHS, NOMOGRAM
50

169. HIRSCHFELDER, J. 0.. BIRD. R. B. AND SPOTZ, E. L. THE TRANSPORT PROPERTIES FOR NON-POLAR GASES.

J. CHEM. PHYS. VOL. 16, NO. 10, 968-81 (1948)

VISCOSITY, THERMAL CONDUCTIVITY (GAS) (80 TO 1500 DEGREES K)

AIR* HYDROGEN, NITROGEN* OXYGEN* METHANE* NEON, HELIUM, CARBON

MONOXIDE, AND 3 OTHER GASES

THEORETICAL - EQUATIONS, TABLES OF CONSTANTS (FACTORS FOR EQUATIONS)

TABLE FOR VISCOSITY (16 CALCULATED VALUES)

170. HIRSCHFELDER, J. 0., BIRD, R. B. AND SPOTZ, E. L. THE TRANSPORT PROPERTIES OF GASES AND GASEOUS MIXTURES. II.

CHEM. REV. VOL. 44, 205-31 (1949)

VISCOSITY (GAS)(293 TO 523 DEGREES K), SELF-DIFFUSION COEFFICIENTS,

FORCE CONSTANTS

AIR, HYDROGEN, NITROGEN, METHANE* OXYGFN, CARBON MONOXIDE* HELIUM,

NEON AND 35 OTHER GASES AND MIXTURES OF THESE GASES

THEORETICAL - EQUATIONS, TABLE (16 VALUES)

171. HIRSCHFELDER, J. 0., BUEHLER, R. J., MC GEE, H. A. AND SUTTON, J. R.

A GENERALIZED EQUATION OF STATE FOR BOTH GASES AND LIQUIDS. I. WISCONSIN, UNIV. NAVAL RESEARCH LAB., DEPT. OF CHEMISTRY, TECH. REPT.

WIS-OOR-15 (OCTOBER 5, 1956)

IND. ENG. CHEM. VOL. 50, 375-85 (1958)

EQUATION OF STATE, DENSITY, P-V-T DATA (GAS) (273 TO 423 DEGREES K)

CORRESPONDING STATES PRINCIPLE

NITROGEN AND 9 OTHER LIQUIDS AND GASES

THEORETICAL - EQUATION, TABLE (20 VALUES), GRAPH

172. HIRSCHFELDER, J. 0. AND ROSEVEARE, W. F. INTERMOLECULAR FORCES AND THE PROPERTIES OF GASFS.

J. PHYS. CHEM. VOL. 43, 15-35 (1939)

EQUATION OF STATE, JOULE-THOMSON COEFFICIENT (273 TO 573 DEGREES K AND TO 200 ATM)

THEORETICAL - EQUATIONS, TABLES OF COEFFICIENTS

173. HO, L. T., VANDERSLICE, J. T., FALLON, R. J., SEIGEL, A. E., AND

SLAWSKY, Z. I. DETERMINATION OF ISENTROPIC PRESSURE-DENSITY CURVES FOR ARGON FROM A RAPID DYNAMIC PROCESS.

PHYS. FLUIDS VOL. 4, 947-54 (1961)

ENTROPY, DENSITY (GASM300 DEGREES K AND 403 TO 903 ATM)

EXPERIMENTAL - TABLES (30 VALUES), GRAPH

APPARATUS
51

174. HO, L. T., VANDERSLICE, J. T., FALLON, R. J., SEIGEL, A. E.» AND

SLAWSKY, Z. I. PRESSURE-DENSITY ISENTROPES FOR ARGON AT TEMPERATURES BETWEEN 150

AND -140 DEGREES C AND AT PRESSURES UP TO 1950 ATMOSPHERES.

PHYS. FLUIDS VOL. 4, 784-6 (1961)

C.A. 56, 76 I ENTROPY, DENSITY ( GAS ,L IQU ID ) ( 133 TO 423 DEGREES K AND 5 TO 2105 ATM)

THEORETICAL - EQUATIONS, TABLE (380 VALUES)

•LETTER TO EDITOR'

175. HOLBORN, L. AND OTTO, J. UBER DIE ISOTHERMEN VON HELIUM, STICKSTOFF UND ARGON UNTERHALB

GRAD. C.

(ISOTHERMS FOR HELIUM, NITROGEN AND ARGON BELOW DEGREES C

Z. PHYSIK. VOL. 30, 320-8 (1924)

P-V-T DATA (GAS) (173 TO 223 DEGREES K AND 20 TO 60 ATM)

HELIUM, NITROGEN

EXPERIMENTAL - TABLES (34 VALUES), EQUATION

APPARATUS

GERMAN

176. HOLBORN, L. AND OTTO, J.

UBER DIE ISOTHERMEN EINIGER GASE BIS 400 GRAD UND IHRE BEDEUTUNG FUR

DAS GASTHERMOMETER.

(ON ISOTHERMS OF SEVERAL GASES UP TO 400 DEGREES AND THEIR IMPORTANCE

FOR THE GAS THERMOMETER.)

Z. PHYSIK VOL. 23, 77-94 (1924)

P-V-T DATA (GAS) (300 TO 400 DEGREES K AND TO 80 M HG

)

AIR, NITROGEN, HELIUM, NEON, HYDROGEN, OXYGEN

EXPERIMENTAL - TABLE (40 VALUES), GRAPH

APPARATUS

GERMAN

177. HOLBORN, L. AND OTTO, J.

UBER DIE ISOTHERMEN EINIGER GASE ZWISCHEN 400 UND -183 GRAD.

(ON THE ISOTHERMS OF VARIOUS GASES BETWEEN 400 AND -183 DEGREES C.

)

Z. PHYSIK. VOL. 33, 1-11 (1925)

WISS-ABHANDL. PHYSIK. TECH. RE I CHSANST ALT 9(1), 163-73 (1942)

P-V-T DATA (GAS) (173 TO 673 DEGREES K AND TO 80 M HG)

HELIUM, HYDROGEN, NEON, NITROGEN, AIR, OXYGEN

EXPERIMENTAL - TABLE (120 VALUES), EQUATION

GERMAN

178. HOLBORN, L. , SCHEEL, K. AND HENNING, F. WARMETABELLEN - ERGEBNISSE AUS DEN THERMISCHEN UNTERSUCHUNGEN DER

PHYSIKALISCH - TECHNISCHEN REICHSANSTALT

.

(HEAT TABLES - RESULTS OF THE THERMAL INVESTIGATIONS OF PHYSI KALISCHTECHNISCHEN REICHSANSTALT.)

VIEWEG AND SON, BRAUNSCHWEIG (1919) 72 P. P-V-T DATA(GAS) (273 TO 573 DEGREES K AND TO 75 M HG ) , SPECIFIC HEAT

(P = CONSTANT) ( V = CONSTANT ) (93 TO 288 DEGREES K AND 1* ATM), SECOND AND

THIRD VIRIAL COEFFICIENTS (0 TO 200 DEGREES K)

AIR, ARGON, HELIUM, OXYGEN, CARBON DIOXIDE, WATER AND 20 METALS

COMPILATION - SOURCE OF DATA NOT GIVEN

GERMAN
52

179. HOLBORN» L. AND SCHULTZE* H. UBER DIE DRUCKWAGE UND DIE ISOTHERMEN VON LUFT, ARGON UND HELIUM

2WISCHEN UND 200 GRAD.

(CONCERNING THE PRESSURE BALANCE AND THE ISOTHERMS OF AIR* ARGON AND

HELIUM BETWEEN AND 200 DEGREES C.)

ANN. PHYSIK VOL. 47, 1089-1111 (1915)

P-V-T DATA (GAS) (273 TO 473 DEGREES K AND 14 TO 75 M HG

!

AIR, HELIUM

EXPERIMENTAL - TABLE (50 VALUES)

APPARATUS

GERMAN

180. HOLBORN, L.» SCHULTZ, H. AND OTTO, J. TABELLE 14. ARGON ISOTHERMEN DER PHYSI KAL ISCHE-TECHN I SCHE

REICHSANSTALT.

(TABLE 14. ARGON ISOTHERMS FROM THE PHYS I KAL I SCHE-TECHN I SCHE

REICHSANSTALT.

)

P. 152 IN HANDBUCH DER EXPERIMENTAL PHYSIK VOL. 8, PART 2, (1929)

P-V DATA (GAS) (173 TO 673 DEGREES K AND 19 TO 187 ATM)

COMPILATION - DATA FROM 175, 176, 179

181. HOLM, M. W. DEBYE CHARACTERISTIC TEMPERATURES. TABLE AND BIBLIOGRAPHY

PHILLI°S PETROL. CO., IDAHO FALLS, IDAHO, REPT. NO. IDU-16399

(AUG 1957)

ASTIA AD 144 73°

DEBYE CHARACTERISTIC TEMPERATURE (85 DEGRFES K)

HELIUM, HYDROGEN, DEUTERIUM, NEON

COMPILATION

182. HOLST, G. AND HAMBURGER, L.

INVESTIGATION OF THE EQUILIBRIUM L I OU I D-VAPOUR OF THE SYSTEM

ARGON-NITROGEN.

PROC. ACAD. SCI. AMSTERDAM VOL. 18, 872-94 (1916)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. 91, 513-47 (1916)

VAPOR PRESSURE (83 TO 90 DEGREES K), TRIPLE POINT

OXYGEN, NITROGEN

EXPERIMENTAL - TABLE (8 VALUES)

APPARATUS

183. HONIG, R. E. AND HOOK, H. 0.

VAPOR PRESSURE DATA FOR SOME COMMON GASES.

RCA REV. VOL. 21, 360-8 (SEPT I960)

C.A. 55, 5066 H VAPOR PRESSURE (82 TO 88 DEGREES K AND TO 1000 MM HG), MELTING AND

BOILING POINTS, HEATS OF FUSION AND VAPORIZATION

(84 AND 87 DEGREES K)

COMPILATION - DATA FROM 138A, 363
53

184. HORROCKS, J. K. AND MC LAUGHLIN, E. THERMAL CONDUCTIVITY OF SIMPLE MOLECULES IN THE CONDENSED STATE.

TRANS. FARADAY SOC. VOL. 56, 206-12 (I960)

THERMAL CONDUCTIVITY (LIQUID) (84 AND 87 DEGREES K)

NITROGEN, CARBON MONOXIDE, METHANE* BENZENE* CARBON TETRACHLORIDE

THEORETICAL - EQUATIONS, TABLE (2 VALUES)

185. HUFF, V. N.» GORDON, S. AND MORRELL, V. E. GENERAL METHOD AND THERMODYNAMIC TABLES FOR COMPUTATION OF

EQUILIBRIUM. COMPOSITION AND TEMPERATURE OF CHEMICAL REACTIONS.

NATIONAL ADVISORY COMMITTEE FOP AERONAUTICS REPT. NO. 1037 (1951) 57 P SPECIFIC HEAT ( P=CONSTANT ) , ENTROPY, ENTHALPY ( I DEAL- GAS )( 298 TO

6000 DEGREES K> OXYGEN, NITROGEN, HYDROGEN, FLUORTNEi CARBON MONOXIDE, AND 30 OTHER

ELEMENTS AND COMPOUNDS

COMPILATION - TABLE (180 VALUES)

186. IKENBERRY, L. D. AND RICE, S. A. KINETIC THEORY OF DENSE FLUIDS. XIV. EXPERIMENTAL AND THEORETICAL

STUDIES OF THERMAL CONDUCTIVITY IN LIQUID ARGON, KRYPTON, XENON AND

METHANE.

J. CHEM. PHYS. VOL. 39, 1561-71 (1963)

C.A. 59, 8136 B THERMAL CONDUCT IV I TY ( L IQUI D,GAS ) ( 90 TO 234 DEGREES K AND 1 TO 500 ATM)

KRYPTON, XENON, METHANE

EXPERIMENTAL ~ TABLE (70 VALUES), GRAPHS, EQUATION

187. ISHIDA, Y. DETERMINATION OF VISCOSITIES AND OF THE STOKES-MILLIKAN LAW CONSTANT

BY THE OIL-DROP METHOD.

PHYS. REV. VOL. 21, 550-63 (1923)

C.A. 18, 2986 2 VISCOSITY (GASU296 DEGREES K)

AIR, HELIUM, HYDROGEN, METHANE AND 4 OTHER COMPOUNDS

EXPERIMENTAL - ONE VALUE

APPARATUS

188. JELATIS, J. G.

MEASUREMENTS OF DIELECTRIC CONSTANT AND DIPOLE MOMENT OF GASES BY THE

BEAT-FREQUENCY METHOD.

J. APPL. PHYS. VOL. 19, ^19-25 (1948)

C.A. 42, 6593 G DIELECTRIC CONSTANT (GAS) (273 DEGREES K AND 1 ATM)

OXYGEN, HELIUM, NEON, ETHYL CHLORIDE AND CARBON OXYSULFIDE

EXPERIMENTAL - ONE TABULAR VALUE
54

189. JOHNSON. V. J.

A COMPENDIUM OF THE PROPERTIES OF MATERIALS AT LOW TEMPERATURE.

PART 1. PROPERTIES OF FLUIDS.

NATL. BUR. STANDARDS, CRYOGENIC ENG. LAB., WADD TECH. REPT. 60-56

(1960) 489 P. DENSITY, EXPANSIVITY, THERMAL CONDUCTIVITY, SPECIFIC HEAT, ENTHALPY,

DIELECTRIC CONSTANTS, SURFACE TENSION, VISCOSITY, PHASE TRANSITION

HEATS

HELIUM, HYDROGEN, NEON, NITROGEN, OXYGEN, AIR, FLUORINE, METHANE,

CARBON MONOXIDE

REFERENCE WORK

190. JOHNSTON, D. R., OUDEMANS, G. J. AND COLE, R. H.

DIELECTRIC CONSTANTS OF IMPERFECT GASES. I. HELIUM, ARGON, NITROGEN.,

AND METHANE.

J. CHEM. PHYS. VOL. 33, NO. 5, 1310-7 (I960)

C. A. 55, 15032 (1961)

CLAUSIUS-MOSSOTTI FUNCT I ON ( GAS )

( 242 TO 306 DEGREES K AND 1 TO 100 ATM)

NITROGEN, HELIUM, METHANE

EXPERIMENTAL - TABLE OF CONSTANTS (6 VALUES), GRAPHS, EQUATION

APPARATUS

191. JOHNSTON, H. L. AND GRILLY, E. R.

VISCOSITIES OF CARBON MONOXIDE, HELIUM, NEON, AND ARGON BETWEEN 80 AND

300 DEGREES K. COEFFICIENTS OF VISCOSITY.

J. PHYS. CHEM. VOL. 46, 948-63 (1942)

VISCOSITY (GAS) (80 TO 296 DEGREES K ) CARBON MONOXIDE, HELIUM, NEON

EXPERIMENTAL - TABLE (45 VALUES)

192. JONES, G. 0. AND SMITH, B. L. THE REFRACTIVE INDICES OF LIQUID AND SOLID ARGON.

PHIL. MAG. VOL. 5, 355-8 (1960)

C.A. 55, 15027 G REFRACTIVE INDEX (SOLID, LIQUID) (74 TO 95 DEGREES K), LORENTZ-LORENZ

FUNCTION

EXPERIMENTAL - GRAPH, EQUATION

193. JONES, G. 0. AND WALKER, P. A.

THE DIAGRAM OF STATE AND SPECIFIC HEATS OF LIQUID ARGON.

CONFERENCE DE PHYSIQUE DES BASSFS TEMPERATURES, PARIS, 2-8 (SEPT 1955)

P-V-T DATA (SOLID, LIQUID, GAS)(80 TO 150 DEGREES K AND TO 500 ATM),

SPECIFIC HEATS ( P = CONSTANT ) ( V = CONST ANT ) ( L I QU I D , GASMllO TO

170 DEGREES K AMD 10 TO 90 ATM)

EXPERIMENTAL - GRAPHS
55

194. 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)

C.A. 51, 14350 G SPECIFIC HEATS ( P = CONSTANT ) ( L I QU I D , GAS ) ( 1 30 TO 180 DEGREES K AND

40 TO 90 ATM1

EXPERIMENTAL - GRAPHS

•LETTER TO EDITOR'

195. JONES, J. E. ON THE DETERMINATION OF MOLECULAR FIELDS. I. FROM THE VARIATION OF THE

VISCOSITY OF A GAS WITH TEMPERATURE. II. FROM THE EQUATION OF STATE

OF A GAS.

PROC. ROY. SOC. (LONDON) VOL. A106, 441-76 (1924)

VISCOSITY (GAS) (90 TO 456 DEGREES K), SECOND VIRIAL COEFFICIENT

CARBON DIOXIDE

THEORETICAL - EQUATIONS, TABLE (40 VALUES)

196. JOSSI, J. A., STIEL, L. I. AND THODOS, G.

THE VISCOSITY OF PURE SUBSTANCES IN THE DENSE GASEOUS AND LIQUID

PHASFS.

A. I. CH. E. JOURNAL VOL. 8, NO. 1, 59-63 (1962)

VISCOSITY (LIQUID, GAS) (AT DENSITIES FROM 0.01 TO 1.5 G/CC),

CRITICAL CONSTANTS

NITROGEN, OXYGEN, METHANE, HYDROGEN AND 9 OTHER GASES

CORRELATION - GRAPH, EQUATIONS

197. KAGANER, M. G.

ISOTHERMAL JOULE EFFECT AND THE EQUATION OF STATE OF GASES WITH

NON-POLAR MOLECULES. (IN RUSSIAN)

ZHUR. FIZ. KHIM. VOL. 30, 2691-704 (1956)

VIRIAL EQUATIONS OF STATE, CLASSICAL EVALUATION OF VIRIAL COEFFICIENTS

AND MOLECULAR PARAMETER EVALUATION

THEORETICAL - GRAPHS, TABLES

RUSSIAN

198. KALININ, V. A. EQUATION OF STATE OF SOLID ARGON.

SOVIET PHYS. JETP VOL. 7, 158-9 (1958)

ZHUR. EKSPTL.,1 TEORET. FIZ. VOL. 34, 229-30 (1958)

C.A. 52, 7805 C EQUATION OF STATE (SOLID) (65 AND 80 DEGREES K)

THEORETICAL - EQUATION, GRAPH

199. KANE, G.

THE EQUATION OF STATE OF FROZEN NEON, ARGON, KRYPTON, AND XENON.

J. CHEM. PHYS. VOL. 7, 603-13 (1939)

C.A. 33, 8067 5 EQUATION OF biATE, DEBYE FUNCTION, SPECIFIC HEAT ( P = CONSTANT ) ( SOL I D

)

(20 TO 70 DEGREES K), HEAT OF SUBLIMATION

NEON, KRYPTON, XENON

THEORETICAL - EQUATIONS, TABLES (33 VALUES), GRAPHS
56

200. KANNULUIK, W. G. AND CARMAN. E. H. THE THEkMAL CONDUCTIVITY OF RARE GASES.

PROC. PHYS. SOC. (LONDON) /OL. 365. 701-9 (1952)

C.A. 46. 10736 I THERMAL CONDUCTIVITY ( GAS ) ( 90 TO 579 DEGREES K.) HELIUM. NEON. KRYPTON. XENON

EXPERIMENTAL - TABLE (6 VALUES)

APPARATUS

201. KANNULUIK, W. G. AND DONALD, H. B. THE PRESSURE DEPENDENCE OF THE THERMAL CONDUCTIVITY OF POLYATOMIC

GASES AT DEGREES C.

AUSTRALIAN J. SCI. RESEARCH VOL. A3. 417-27 (1950)

THERMAL CONDUCTIVITY (GAS) (275 DEGREES K AND 1 fO 47 ATM)

NEON. AIR, METHANE. CARBON DIOXIDE. NI T ROUS OXIDE

EXPERIMENTAL - TABLE (9 VALUES), GRAPH

APPARATUS

202. KANNULUIK, W. G. AND MARTIN, L. H. THE THERMAL CONDUCTIVITY OF SOME GASES AT DEGREE.

PROC. ROY. SOC. (LONDON) VOL. A144, 496-513 (1934)

C. A. 28, 4656 2 THERMAL CONDUCTIVITY (GAS) (273 DEGREES K)

HELIUM, NEON, HYDROGEN, AIR. OXYGEN, CARBON MONOXIDE

EXPERIMENTAL - ONE TABULAR VALUE

203. KASSEL, L. S. AND MUSKAT, M,

SURFACE ENERGY AND HEAT OF VAPORIZATION OF LIQUIDS.

PHYS. REV. VOL. 40, 627-32 (1932)

C.A. 26, 3941 4 SURFACE ENERGY, HEAT OF VAPORIZATION

HELIUM, NEON, NITROGEN, OXYGEN, CHLORINE

THEORETICAL - EQUATIONS, TABLES (2 VALUES)

204. KEESOM, W. H. THERMODYNAMlSCHE ONDERZOEKINGEN (MET UlTZONDERlNG VAN DICHTHEDEN VAN

VERZADIGDE VIOEISTOF EN DAMP, VAN DE THERMOMETRY EN DE MANOMFTRIE EN

VAN DE INWENDIGE WRIJVING.)

(THERMODYNAMIC INVESTIGATIONS (EXCEPTING DENSITIES OF SATURATED LIQUID

AND VAPOR, OF THERMOMETRY AND MANOMETRY, AND VISCOSITY.))

ONNES FESTSCHR. 89-163 (1922)

ABSTRACTED IN PHYSIK. BER. VOL. 4. 613 (1923)

C.A. 18,' 24 57 3 P-V-T DATA (GAS) (123 TO 293 DEGREES K AND 13 TO 62 ATM), VIRIAL

COEFFICIENTS (68 TO 151 DEGREES K), CRITICAL CONSTANTS, TRIPLE POINT

NEON, HELIUM, OXYGEN, NITROGEN, HYDROGEN, METHANE

COMPILATION - DATA FROM 290

DUTCH
57

204A.KELLEY, K. K. AND KING, E. G.

CONTRIBUTIONS TO THE DATA ON THEORETICAL METALLURGY.

XIV. ENTROPIES OF THE ELEMENTS AND INORGANIC COMPOUNDS.

U.S. BUR. MINES BULL. NO. 592 (1961) (SUPERSEDES BULL. NO. 477, 1950)

ENTROPY (LIQUID), ENTROPY OF FUSION AND VAPORIZATION

COMPILATION - DATA FROM 74, 122

205. KERR, E.C.

i. second virial coefficient of argon at low temperature and low

PRESSURE. II. HEAT CAPACITY OF LIQUID NITRIC OXIDE ABOVE ITS NORMAL

BOILING POINT.

UNIVERSITY MICROFILMS (ANN ARBOR, MICH.) PUBL. NO. 21480

DISSERTATION ABSTRACTS VOL. 17, 1232 (1957)

C.A. 51, 14353 C SECOND VIRIAL COEFFICIENT (GAS) (80 TO 300 DEGREES K AND 280 TO 854

MM HG)» EQUATION OF STATE

NITRIC OXIDE

EXPERIMENTAL - TABLE (23 VALUES)

206. KESTIN» J. AND LEIDENFROST, W.

AN ABSOLUTE DETERMINATION OF THE VISCOSITY OF ELEVEN GASES OVER A RANGE OF PRESSURES.

PHYSICA VOL. 25, 1033-62 (1959)

C.A. 54, 20387 B VISCOSITY, DENSITY (GASM293 TO 298 DEGREES K AND TO 33 ATM)

AIR, CARBON DJOXIDE, DEUTERIUM, HELIUM, HYDROGEN, NEON, NITROGEN,

OXYGEN* KRYPTON, WATER. XENON

EXPERIMENTAL - TABLE (25 VALUES), GRAPH

APPARATUS

>07. KESTIN» J. AND PILARCZYK» K. MEASUREMENT OF THE VISCOSITY OF FIVE GASES AT ELEVATED PRESSURES BY

THE OSCILLATING DISK METHOD.

TRANS. AM, SOC. MECH. ENG. VOL. 76. 987-99 (1954)

C.A. 48, 11135 A VISCOSITY (GAS) (293 DEGREES K AND 15 TO 1009 PSIA)

HYDROGEN, AIR, NITROGEN, HELIUM

EXPERIMENTAL - GRAPH, EQUATION

APPARATUS

208. KESTIN. J. AND WANG, H. E. THE VISCOSITY OF FIVE GASES. A RE-EVALUATION.

TRANS. AM. SOC. MECH. ENG. VOL. 80, 11-7 (1958)

C.A. 52» 5068 I VISCOSITY (GAS) (298 DEGREES K AND 1 TO 70 ATM)

AIR, NITROGEN, HELIUM, HYDROGEN

EXPERIMENTAL - TABLE (13 VALUES), GRAPH, EQUATION
58

209. KESTIN» J. AND WHITELAW, J. H.

A RELATIVE DETERMINATION OF THE VISCOSITY OF SEVERAL GASES BY THE

OSCILLATING DISK METHOD.

PHYSICA VOL. 29, 335-56 (1963)

BROWN UNIV., PROVIDENCE, R. I.» REPT. NO. BRN-2-P (SFPT 1962)

ASTIA AD .287 471

VISCOSITY (GAS) (298 TO 543 DEGREES K AND 1 TO 140 ATM)

HELIUM, NITROGEN, NEON, CARBON DIOXIDE

EXPERIMENTAL - TABLE (45 VALUES), GRAPH

210. KEYES, F. G.

SUTHERLAND VISCOSITY CONSTANT AND ITS RELATION TO THE MOLECULAR

POLARIZATION.

Z. PHYSIK. CHEM. VOL. 130, 709-14 (1927)

C.A. 22, 1715 3 VISCOSITY (GAS) (100 TO 150 DEGRFFS K)

HYDROGEN, HELIUM, NITROGEN, OXYGEN, CARBON MONOXIDE, METHANE, KRYPTON,

XENON, ETHYLENE

CORRELATION - GRAPHS, EQUATION

211. KEYES, F. G.

A SUMMARY OF VISCOSITY AND HEAT-CONDUCT I ON DATA FOR HELIUM, ARGON,

HYDROGEN, OXYGEN, NITROGEN, CARBON MONOXIDE, CARBON DIOXIDE, WATER

AND AIR.

TRANS. AM. MFCH. FNGRS. VOL. 73, 589-95 (1951)

C.A. 45, 7400 E VISCOSITY (LIQUID, GAS) (55 TO 1873 DEGREES K)

HELIUM, HYDROGEN, OXYGEN, NITROGEN, CARBON DIOXIDE, WATER AND AIR

CORRELATION - EQUATION

212. KEYES, F. G.

THE HEAT CONDUCTIVITY, VISCOSITY, SPECIFIC HEAT AND PRANDTL NUMBERS

FOR THIRTEEN GASES.

SQUID TECHNICAL REPT. NO. 37, MASSACHUSETTS INSTITUTE OF TECHNOLOGY,

CAMBRIDGE MIT-2-R (1952)

ASTIA ATI-167 173

VISCOSITY, THERMAL CONDUCTIVITY, SPECIFIC HFAT ( P = CONSTANT ) , PRANDTL

NUMBER (LIQUTD, GASM73 TO 1273 DEGREES K)

AIR, METHANE, OXYGEN, HYDROGEN, NITROGEN, CARBON MONOXIDE, HELIUM AND

5 OTHER GASES

CORRELATION - EQUATIONS, TABLE (80 CALCULATED VALUES)

213. KEYES, F. G.

THERMAL CONDUCTIVITY OF GASES.

TRANS. AM. SOC. MECH. ENG. VOL. 76, 809-16 (1954)

C.A. 48, 10398 B THERMAL CONDUCTIVITY (GAS) (363 TO 623 DEGREES K AND TO 19 ATM)

HELIUM, NEON, HYDROGEN, METHANE AND 7 OTHER GASES

EXPERIMENTAL - TABLE (10 VALUES)

CORRELATION WITH AVAILABLE VISCOSITY DATA, PRESSURE-COEFFICIENT

EQUATIONS

APPARATUS
59

214. KEYES, F. G.

THERMAL CONDUCTIVITY OF GASES.

TRANS. AM. SOC. MECH. ENG. VOL. 77, 1395-6 (1955)

C.A. 50. 636 D THERMAL CONDUCT I V I TY ( L I QU I D»GAS ) ( 87 TO 273 DEGREES K AND 1 TO 11 ATM)

NITROGEN, OXYGEN, METHANE, XENON- KRYPTON, CARBON DIOXIDE

EXPERIMENTAL - TABLE (16 VALUES)

215. KEYES, R. W.

LAWS OF CORRESPONDING STATES FOR THE THERMAL CONDUCTIVITY OF MOLECULAR

SOLIDS.

J. CHEM. PHYS. VOL. 31, 452~4 (1959)

C.A. 54, 2916 F THERMAL CONDUCTIVITY (SOLID) (2 TO 75 DEGREES K)

NEON, KRYPTON

THEORETICAL - EQUATION, GRAPHS

215A. KIGOSHI , K. FUSION AND STATE EQUATION OF SIMPLE LIQUIDS. I. DERIVATION OF THE

EXPRESSIONS FOR STATE EQUATION AND FREE ENERGY. II. CRITICAL DATA AND

FUSION PARAMETERS.

BULL. CHEM. SOC. JAPAN VOL. 23, 236-44 (1950)

C.A. 46, 9917 C ENTROPY OF FUSION, CHANGE OF VOLUME OF MELTING, CRITICAL TEMPERATURE

NITROGEN, NEON, HYDROGEN

THEORETICAL - EQUATIONS, TABLES U VALUES)

216. KIHARA, T. VIRIAL COEFFICIENTS AND MODELS OF MOLECULES IN GASES.

REV. MOD. PHYS. VOL. 25, 831-43 (1953)

SECOND AND THIRD VIRIAL COEFFICIENTS (GAS)

NEON, KRYPTON, XENON, HYDROGEN, NITROGEN, METHANE AND 4 OTHER GASES

THEORETICAL - EQUATIONS, GRAPHS

COMPILATION - DATA FROM 177

217. KIRKWOOD, J. G. AND BUFF, F. P. THE STATISTICAL MECHANICAL THEORY OF SURFACE TENSION.

J. CHEM. PHYS. VOL. 17, 338 43 (1949)

SURFACE TENSION (90 DEGREES K)

THEORETICAL - EQUATION, ONE TABULAR VALUE

21H. KISHIMOTO, T. AND NOMOTO, 0.

ON MOLECULAR SOUND VELOCITY OF LIQUIDS. I. CONSIDERATION ON THE RAO'S

RELATION BETWEEN THE TEMPERATURE COEFFICIENT OF SOUND VELOCITY IN AND

THE COEFFICIENT OF THERMAL EXPANSION OF LIQUIDS.

J. PHYS. SOC. JAPAN VOL. 9, 59~65 (1954)

C.A. 49, 23 A EXPANSIVITY, COMPRESSIBILITY! ADIABATIC )( ISOTHERMAL) , VELOCITY OF SOUND

OXYGEN, NITROGEN, HYDROGEN, NEON, HELIUM, CARBON MONOXIDE, METHANE,

NITROUS OXIDE AND NITRIC OXIDE

THEORETICAL - EQUATIONS, GRAPHS
60

219. KISHIMOTO. T. AND NOMOTO, 0.

ON MOLECULAR SOUND VELOCITY OF LIQUIDS. II. DEPENDENCE OF THE THERMAL

EXPANSION COEFFICIENT AND THE TEMPERATURE COEFFICIENT OF

COMPRESSIBILITY OF LIQUIDS ON THE BOILING POINT.

J. PHYS. SOC. JAPAN VOL. 9. 66-72 (1954)

C.A. 49. 23 D EXPANSION COEFFICIENT. COMPRESSIBILITY ( ADI ABAT I C )( ISOTHERMAL )

,

VELOCITY OF SOUND

NITROGEN, OXYGEN, 30 COMPOUNDS, 7 METALS

THEORETICAL - EQUATIONS, TABLE (3 VALUES)

220. KITTLE, C.

ULTRASONIC PROPAGATION IN LIQUIDS II. THEORETICAL STUDY OF THE FREE

VOLUME MODEL OF THE LIQUID STATE.

J. CHEM. PHYS. VOL. 14, 614-24 (1946)

THE DIFFERENCE IN SPECIFIC HEATS AT CONSTANT PRESSURE AND CONSTANT

VOLUME (GAS) (87 DEGREES K)

OXYGEN, NITROGEN, HYDROGEN, METHANE AND 7 ORGANIC COMPOUNDS

THEORETICAL - EQUATIONS, 1 TABULAR VALUE

221. KOEHLER, W. F. THE RATIO OF THE SPECIFIC HEATS OF GASES BY A METHOD OF SELF-SUSTAINED

OSCILLATIONS.

J. CHEM. PHYS. VOL. 18, NO. 4, 465-72 (1950)

C.A. 44, 9204 B SPECIFIC HEAT RATIO (GAS) (298 DEGREES K AND 1 ATM)

HELIUM, HYDROGEN, NITROGEN, OXYGEN, METHANE, AND 4 OTHER COMPOUNDS

EXPERIMENTAL - ONE VALUE

222. KOEPPE, W.

ON THE INVERSION CURVE AT LOW TFMPERATURFS AND THE THEOREM OF

CORRESPONDING STATES.

P. 156-63 IN PROGRESS IN REFRIGERATION SCIENCE AND TECHNOLOGY , VOL. 1,

PROC. IOTh INTERN. CONGR. OF REFRIG., COPENHAGEN (1959)

PFRr,AMON PRESS, NEW YORKQ960)

INVERSION CURVE BY THE THEORY OF CORRESPONDING STATES

HELIUM, HYDROGEN, NEON, NITROGEN, METHANE, OXYGEN, AIR, CARBON

MONOXIDE AND 7 OTHER GASES

THEORETICAL - GRAPH

223. KOEPPE, W.

VERLAUF DER I NVERSIONSKURVE BEI TlEFEN TEMPERATUREN.

(PATH OF THE INVERSION CURVE AT LOW TEMPERATURES.)

MONATSBER. DEUT. AKAD. WISS. BERLIN VOL. 2, 78-86 (I960)

INVERSION CURVE

HELIUM, NEON, DEUTERIUM, NITROGEN, OXYGEN, CARBON MONOXIDE, METHANE,

HYDROGEN

THEORETICAL - GRAPH

GERMAN
61

224. KOLSKY. H. G.

THE THERMODYNAMIC PROPERTIES OF 54 ELEMENTS CONSIDERED AS IDEAL

MONATOMIC GASES.

CALIFORNIA UNIV., LOS ALAMOS SCIENTIFIC LAB., LOS ALAMOS, NEW MEXICO,

REPT. NO. LA 2110,(1957) 138 P. ENTHALPY, SPECIFIC HEAT < P=CONST ANT ) , ENTROPY, FREE ENERGY (GIBBS

FUNCTION) ( IDEAL GASM10 TO 8000 DEGREES K)

HYDROGEN, NITROGEN, FlUORIimE» OXYGEN, ARGON, NEON, HELIUM AND 46 OTHER

ELEMENTS

THEORETICAL - EQUATIONS, TABLE (560 VALUES)

225. KOPSCH, W.

UBER DEN KOEFFIZIENTEN DER INNEREN REIBUNG VON WASSERSTOFF UND ARGON

BEI NIEDEREN TEMPERATUREN.

(CONCERNING THE COEFFICIENT OF VISCOSITY OF HYDROGEN AND ARGON AT LOW

TEMPERATURES.

)

VEREINIGTEN FRI EDR ICHS-UNI VERS I TY, HALLE (1909)

VISCOSITY (GAS) (90 TO 288 DEGREFS K)

HYDROGEN

EXPERIMENTAL - TABLE (80 VALUtS)

APPARATUS

GERMAN

226. KORDES, E. UNTERSUCHUNGEN UBER DAS HETEROGENE GLE I CHGEW I CHT FLUSSIGKEIT - DAMPF.

(RESEARCH ON THE HETEROGENEOUS EQUILIBRIUM, LIQUID - VAPOR.)

Z. ELEKTROCHEM. VOL. 58, 424-31 (1954)

C.A. 49, 2140 E HEAT OF VAPORIZATION ^ 87 TO 147 DEGKEES K)

HYDROGEN, CARBON MONOXIDE, OXYGtN, AND 10 OTHER LIQUIDS

THEORETICAL - EQUATION, TABLE (8 VALUES)

GERMAN

227. LACAM, A. AND NOURY, J.

SUR LE RAPPORT GAMMA DES CHALEURS SPECIFIQUES DE L'ARGON SOUS

PRESSION.

(THE SPECIFIC HEAT RATIO, GAMMA, OF ARGON UNDER PRESSURE.)

COMPT. REND. VOL. 236, 589-90 (1953)

SPECIFIC HEAT RATIO (GAS)(298 DEGREES K AND 110 TO 910 ATM)

EXPERIMENTAL - TABLE (22 VALUES), GRAPH

FRENCH

228. LACAM, A. AND NOURY, J. VITESSE DES ULTRA sUNb ET RAPPORT GAMMA DES CHALEURS SPECIFIQUES

RELATIVES A L'ARGON ET 4 L'AZOTE SOUS PRESSION.

(SPEED OF SOUND AND RATIO OF SPECIFIC HEATS RELATIVE TO ARGON AND

NITROGEN UNDER PRESSURE.)

COMPT. REND. VOL. 236, 2039-41 (1953;

C.A. 49, 9340 H VELOCITY OF SOUND, SPECIFIC HEAT RATIO (GAS) (298 DEGREES K AND 10 TO

124 ATM)

NITROGEN

EXPERIMENTAL - TABLE (24 VALUES), GRAPH

FRENCH
62

229. 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)

MELTING PRESSURE. SATURATED DENSITY, COMPRESSIBILITY (SOLID, LIQUID)

(137 TO 360 DEGREES K AND 2389 TO 18040 ATM), ENTROPY AND ENTHALPY

OF FUSION (SOLID) (83 TO 378 DEGREES K AND TO 18000 ATM)

KRYPTON, XENON

EXPERIMENTAL - TABLE (39 VALUES), GRAPHS, EQUATIONS

APPARATUS

23U. LAWRENCE, D.J., STEWART, A.T. AND GUPTILL, E.W.

THERMAL CONDUCTIVITY OF SOLID ARGON AT 80 DEGREES K. CAN. J. PHYS. VOL. 37, NO. 9, 1069-72 (1959)

THERMAL CONDUCTIVITY (SOLID) (80 DEGREES K)

EXPERIMENTAL - ONE TABULAR VALUE, GRAPH

APPARATUS

231. LEBOWITZ, J. L., FRISCH, H. L. AND REISS, H.

THE EQUATION OF STATE OF A FLUID.

P. 164-70 IN PROGRESS IN REFRIGERATION SCIENCE AND TECHNOLOGY , VOL. 1,

PROC. lOTH INTERN. CONGR. OF REFRIG., COPENHAGEN (1959)

PERGAMON PRESS, NEW YORK (I960)

ASTIA AD 241 256

EQUATION OF STATE (LIQUID), SURFACE TENSION, HEAT OF VAPORIZATION

THEORETICAL - EQUATIONS, GRAPH

232. LEDUC, A. COMPRESSIBILITE ET DILATABILITE DES GAZ.

(COMPRESSIBILITY AND EXPANSIVITY OF GAS.)

ANN. DE PHYS. VOL. 9, 1-28 (1918)

C.A. 12, 1432

EXPANSIVITY (281 TO 305 DEGREES K)

NEON

EXPERIMENTAL

FRENCH

-CODED FROM ABSTRACT233. LEDUC, A. THE SPECIFIC HEATS OF GASES AND VAPORS. A CRITICAL REVIEW OF METHODS

AND RESULTS.

CHEM. REV. VOL. 6, 1-16 (1929)

SPECIFIC HEAT (V=CONSTANT) (P=CONSTANT) , SPECIFIC H^AT RATIO (GAS)

HYDROGEN, NITROGEN, OXYGEN, CARBON MONOXIDE, METHANE AND 12 COMPOUNDS

REVIEW - METHODS. TABLES OF VALUES

234. LENNARD-JONES, J. E. AND DEVONSHIRE, A. F. CRITICAL PHENOMENA IN GASES - I. PROC. ROY. SOC. (LONDON) VOL. A163, 53-70 (1937)

EQUATION OF STATE (151 DEGREES K), CRITICAL CONSTANTS

NEON, HELIUM, KRYPTON

THEORETICAL - EQUATION
63

235. LENNARD-JONES, J. E. AND DEVONSHIRE* A. F. CRITICAL PHENOMENA IN GASES. II. VAPOUR PRESSURES AND BOILING POINTS.

PROC. ROY. SOC. (LONDON) VOL. A165» 1-11 (1938)

VAPOR PRESSURE. BOILING POINT, ENTROPY OF VAPORIZATION (151 DEGREES K)

NEON, NITROGEN

THEORETICAL - EQUATIONS

235A. LESTZ, S. S.

ACOUSTIC ISOTHERMS FOR NITROGEN, ARGON, AND KRYPTON.

J. CHEM. PHYS. VOL. 38, 2830-34 (1963)

C.A. 59, 1115 C VELOCITY OF SOUND (GAS) (273 AND 303 DEGREES K AND 1 TO 12 ATM),

CALCULATED VALUES FOR SPECIFIC HEATS (P=CONSTANT AND V=CONSTANT)

(GAS) (273 AND 303 DEGREES K AND 1 TO 12 ATM)

NITROGEN

EXPERIMENTAL - TABLES (75 VALUES), EQUATIONS, GRAPHS

236. LEVELT, J. M. H.

MEASUREMENTS OF THE COMPRESSIBILITY OF ARGON IN THE GASEOUS AND

LIQUID PHASE.

AMSTERDAM UNIVERSITY, NETHERLANDS, PH. D. T HESIS (1958) 120 P.

P-V-T DATA. DENSITY (GAS) (118 TO 248 DEGREES K AND 6 TO 1028 ATM),

SATURATED DENSITY (LIQUID, GAS) (133 TO 148 DEGREES K), EQUATION OF

STATE COEFFICIENTS (LIQUID, GAS) (133 TO 248 DEGREES K)» HE^T OF

VAPORIZATION (133 TO 150 DEGREES K), ENTROPY, ENTHALPY, INTERNAL

ENERGY, SPECIFIC HEAT ( P=CONSTANT ) ( V=CONSTANT ) , VELOCITY OF SOUND,

JOULE-THOMSON COEFFICIENT (GAS) (133 TO 273 DEGREES K AND 1 TO

1050 ATM), CRITICAL POlNT, PRINCIPLE OF CORRESPONDING STATES

EXPERIMENTAL - TABLES (2400 VALUES), EQUATIONS, GRAPHS

APPARATUS

237. LEVELT, J. M. H. THE REDUCED COMPRESSIBILITY FACTOR, INTERNAL ENERGY AND ENTROPY OF

ARGON AND XENON.

WISCONSIN UNIV., MADISON, REPT. MO. WlS-OOR-24 (AUG 1959) 32 P.

ASTIA AD 226 217

PHYSICA VOL.. 26, NO. 6, 361-77 (1960)

C.A. 55, 8972-

C

LAW OF CORRESPONDING STATES, REDUCED COMPRESSIBILITY FACTOR, REDUCED

INTERNAL ENERGY, REDUCED INTERNAL ENTROPY (GAS) (143 TO 423 DEGREES K)

XENON

THEORETICAL - EQUATIONS, TABLES (1800 VALUES)

238. LEVELT, J. M. H. AND COHEN, E. G. D. THE THERMODYNAMIC PROPERTIES OF DENSE GASES AND LIQUIDS.

BULL. INST. INTERN. FROID ANNEXE 1960-1, 129~32 (1960)

COMPRESSIBILITY FACTOR, INTERNAL ENERGY, SPECIFIC HEAT

(V=CONSTANT )( LIQUID, GAS)

XENON

DISCUSSION
64

239. LEVITT, L. S.

EXTREME PRESSURES. II. VOLUME-TEMPERATURE RELATIONSHIP FOR GASES.

J. CHEM. PHYS. VOL. 34, NO. 4, 1440-3 (APR 1961)

C.A. 55, 16051 E DENSITY (GASMO TO 323 DEGREES K AND 2000 TO 5500 ATM)

DERIVED PROPERTY RELATIONS AT HIGH PRESSURES - ENTROPY, SPECIFIC HEAT

(P=CONSTANT) (V=CONSTANT ) , THERMAL EXPANSION

NITROGEN, WATER

THEORETICAL - EQUATION, GRAPH

240. LICHT, W. AND STECHERT, D. G.

THE VARIATION OF THE VISCOSITY OF GASES AND VAPORS WITH TEMPERATURE.

J. PHYS. CHEM. VOL. 48, 23~47 (1944)

VISCOSITY (GAS) (15 TO 1500 DEGREES K), CRITICAL CONSTANTS, PRINCIPLE

OF CORRESPONDING STATES

HELIUM. HYDROGEN, METHANE, NITROGEN, OXYGEN AND 20 OTHER GASES

THEORETICAL - EQUATIONS, NOMOGRAPH

241. LIEPMANN, H. W. UBER SCHALLGESCHWINDIGKEITSMESSUNGEN IN FLUSSIGEM ARGON.

(VELOCITY OF SOUND MEASUREMENTS IN LIQUID ARGON.)

HELV. PHYS. ACTA VOL. 12, 421"42 (1939)

C.A. 34, 11 4

VELOCITY OF SOUND, SPECIFIC HEAT ( V=CONSTANT ) , ADIABATIC AND

ISOTHERMAL COMPRESSIBILITIES (LIQUID) (84 TO 87 DEGREES K)

EXPERIMENTAL - TABLE (40 VALUES), EQUATIONS, GRAPH

APPARATUS

GERMAN

242. LILEY, P. E. SURVEY OF RECENT WORK ON THE VISCOSITY, THERMAL CONDUCTIVITY, AND

DIFFUSION OF GASES AND LIQUEFIED GASES BELOW 500 DEGREES K.

THERMOPHYSICAL PROPERTIES RESEARCH CENTER, PURDUE UNIV., LAFAYETTE,

IND.,

TPRC REPT. 13 (JUN 1961) 3^ P. VISCOSITY, THERMAL CONDUCTIVITY ( L I QU I D ,GAS ) ( 50 TO 500 DEGREES K)

HELIUM, HYDROGEN, METHANE, CARBON MONOXIDE, AIR, FLUORINE, NEON,

NITROGEN, OXYGEN AND 19 OTHER FLUIDS

BIBLIOGRAPHY

243. LINDE AIR PRODUCTS COMPANY

LINDE RARE GASES.

LINDE AIR PRODUCTS CO., UNION CARBIDE AND CARBON CORP., NFW YORK 17,

N. Y. ( 1957 ) VELOCITY OF SOUND, HEAT CONDUCTIVITY (GASM273 DEGREES K),

SATURATED DENSITY (LIQUID, GAS)- (87 DEGREES K), VAPOR PRESSURF

(SOLID) » HEATS OF FUSION AND VAPORIZATION, CRITICAL CONSTANTS,

BOILING AND MELTING POINTS

NEON, HELIUM, KRYPTON, XENON

COMPILATION - SOURCES NOT GIVEN
65

244. LOBO, W. E. TECHNICAL DATA (PERTAINING TO AIR, ITS LIQUEFACTION AND DISTILLATION.)

M. W. KELLOGG COMPANY, FINAL REPT. TO NATL. DEFENSE RESEARCH COMM.,

OFFICE OF SCIENTIFIC RESEARCH AND DEVELOPMENT, REPT. OSRD NO. 4206,

(OCT 1944) 52 P. DENSITY (GAS) (173 TO 368 DEGREES <), VAPOR PRESSURE (83 TO 158

DEGREES K), THERMAL CONDUCTIVITY (GAS) (148 TO 1033 DEGREES K),

VISCOSITY (GAS) (200 TO 1400 DEGREES K), P-V-T DATA (GAS) (173 TO

368 DEGREES K), ENTHALPY (0 TO 468 DEGREES K)

AIR, NITROGEN, OXYGEN, CARBON DIOXIDE AND HELIUM

COMPILATION - GRAPHICAL DAIA, SOURCES NOT GIVEN

245. LOSENICKY, Z. ON THE APPLICATION OF THE PRINCIPLE OF CORRESPONDING STATES TO THE

THERMAL CONDUCTIVITY OF THE GASEOUS STATE.

CZECHOSLOV. J. PHYS. VOL. 9, 399-400 (1959)

THERMAL CONDUCTIVITY ( GAS ) ( 90 TO 900 DEGREES K), PRINCIPLE CF

CORRESPONDING STATES

AIR, HELIUM, NEON, NITROGEN, OXYGEN, CARBON MONOXIDE, METHANE,

HYDROGEN, AND 6 OTHER COMPOUNDS

THEORETICAL - GRAPH

246. LUNBECK, R. J.

HET PRINCIPE VAN OVEREENSTEMMENDE TOESTANDEN IN DE QUANTUMMECHAN ICA.

(THE PRINCIPLE OF CORRESPONDING STATES IN QUANTUM MECHANICS.)

DOCTORIAL DISSERTATION, AMSTERDAM (1950)

CORRESPONDING STATES THEORY

THEORETICAL - EQUATIONS, GRAPHS, TABLES

DUTCH

247. LYDERSEN, A. L., GREENKORN, R. A. AND HOUGEN, 0. A. GENERALIZED THERMODYNAMIC PROPERTIES OF PURE FLUIDS.

WISCONSIN UNIV. ENG. EXPT. STA. REPT. NO. 4, (OCT 1955) 99 P. ENTHALPY FUNCTION, ENTROPY, COMPRESSIBILITY FACTOR, REDUCED DENSITY,

FUGACITY COEFFICIENTS, VAPORIZATION EQUILIBRIUM CONSTANTS, INTERNAL

ENERGY (REDUCED TEMPERATURE = 0.5 TO 2 AND REDUCED PRESSURE = 0.1 TO

1.2)

OXYGEN, NITROGEN, NEON, HELIUM, HYDROGEN, CARBON MONOXIDE, METHANE

CORRELATION - TABLES, GRAPHS

248. MAC LEOD, D. B.

A CALCULATION OF THE LATENT HEAT OF VAPORISATION BASED ON A REVISED

EQUATION OF STATE.

TRANS. FARADAY SOC. VOL. 41, 122-6 (1945)

C.A. 39, 3711 7 HEAT OF VAPORIZATION (89.8 TO 147.8 DEGREES K)

HYDROGEN, BENZENE, PENTANE, CARBON TETRACHLORIDE

THEORETICAL - EQUATIONS, TABLE (6 VALUES)
66

249. MAKITA, T. THE VISCOSITY OF ARGON, NITROGEN AND AIR AT PRESSURES UP TO

800 KG/SQ CM.

REV. PHYS. CHEM. JAPAN VOL. 27, 16~21 (1957)

C.A. 52, -9696 H VISCOSITY (GAS) (298 TO 423 DEGREES K AND TO 800 KG/SQ CM)

NITROGEN, AIR

EXPERIMENTAL - TABLE (45 VALUES), GRAPH

249A.MAKITA, T,

TRANSPORT PHENOMENA OF GASES UNDER HIGH PRESSURES. II. THERMAL

CONDUCTIVITY. (IN JAPANESE)

KOATSU GASU KYOKAISHI VOL. 23, NO. 10, 489-501 (OCT 1959)

THERMAL CONDUCTIVITY (GAS) (153 TO 348 DEGREES K AND 1 TO 2000 ATM)

METHANE, HELIUM, HYDROGEN, NITROGEN

COMPILATION - DATA FROM. 272, 419

JAPANESE

250. MARGENAU, H.

THE SECOND VlRlAL COEFFICIENT FOR GASES. A CRITICAL COMPARISON

BETWEEN THEORETICAL AND EXPERIMENTAL RESULTS.

PHYS. REV. VOL. 36, 1782-90 (DEC 1930)

C.A. 25, 3886 4 SECOND VIRIAL COEFFICIENT (200 TO 500 DEGREES K)

HELIUM, NEON, HYDROGEN, NITROGEN, OXYGEN, CARBON DIOXIDE, AMMONIA,

WATER

DISCUSSION - EQUATIONS, GRAPHS

251. MARKHAM, J. J., MEYER, R. T. AND LINDSAY, R. B. ABSORPTION OF SOUND IN FLUIDS.

REV. MOD. PHYS. VOL. 23, 353-411 (1951)

SOUND ABSORPTION, VISCOSITY (LIQUID) (85 DEGREES K)

REVIEW

252. MARYOTT, A. A. AND SMITH, F. R. TABLE OF DIELECTRIC CONSTANTS OF PURE LIQUIDS.

NATL. BUR. STANDARDS CIRC. NO. 514 (1951)

DIELECTRIC CONSTANT (LIQUIDM82 DEGREES K> HYDROGEN, HELIUM, OXYGEN, NITROGEN, METHANE, FLUORINE, DEUTERIUM AND

73 ORGANIC AND INORGANIC COMPOUNDS

COMPILATION

253. MASLAN, F. D. AND LITTMAN, T. M. COMPRESSIBILITY CHART FOR HYDROGEN AND-lNERT GASES.

IND. ENG. CHEM. VOL. 45, 1566~8 (1953)

COMPRESSIBILITY FACTOR (GAS) (120 TO 1000 DEGREES K AND 9 TO 6000 ATM)

THEORY OF CORRESPONDING STATES

HELIUM, NEON, HYDROGEN

CORRELATION - GRAPH
67

254. MASON, E. A., AND RICE. W. E. THE INTERMOLECULAR POTENTIALS FOR SOME SIMPLE NONPOLAR MOLECULES.

J. CHEM. PHYS. VOL. 22, NO. 5, 843-51 (1954)

C.A. 48, 11855 I INTERMOLECULAR POTENTIAL, 2ND VIRIAL COEFFICIENT, VISCOSITY, THERMAL

CONDUCTIVITY, SELF-DIFFUSION COEFFICIENTS (GAS) (150 TO 600 DEGREES K)

NEON, METHANE, KRYPTON, XENON, NITROGEN

THEORETICAL - EQUATIONS, GRAPHS

255. MATHESON COMPANY, INC.

MATHESON GAS DATA BUOH

THE MATHESON COMPANY, INC. (1961) 420 P. EAST RUTHERFORD, NEW JERSEY

VAPOR PRESSURE '(90 TO 150 DEGREES K), DENSITY (GAS) (233 TO 323

DEGREES K AND TO 231 ATM), ENTHALPY, ENTROPY (GAS) (250 TO 700

DEGREES K AND 0.1 TO 100 ATM), SPECIFIC HEAT (P=CONSTANT) (GAS)

(294 DEGREES K), SPECIFIC HEaT ( V=CONSTANT ) , SPECIFIC HEAT RATIO (GAS)

(288 DEGREES K), VISCOSITY (GAS) (294 DEGREES K), THERMAL CONDUCTIVITY

(GAS) (273 DEGREES K), FREEZING AND BOILING °OINTS, LATENT HEATS OF

FUSION AND VAPORIZATION, CRITICAL CONSTANTS

COMPILATION - DATA FROM 26, 70, 167

256. MATHIAS, E. L'ETUDE DE LA COURBE DES DENSITES A BASSE TEMPERATURE AU LABORATORIE

CRYOGENIC DE LEIDEN.

(STUDY OF DENSITY CURVES AT LOW TEMPERATURES IN THE CRYOGENIC

LABORATORY OF LEIDEN.)

P. 165-98 IN HET NATUURKUNDIG LABORATORlUM DER R I JKSUN I VERS I TE I T TE

LEIDEN IN DE JAREN 1904-22 (THE PHYSICAL LABORATORY AT THE UNIVERSITY

OF LEIDEN IN THE YEARS 1904-22) EDUARD UDO, LEIDEN (1922)

ABSTRACTED IN PHYSIK. BER. VOL. 4, 701-2 (1923)

C.A. 18, 2625 7 SATURATED DENSITY (LIQUID, GAS ) ( 90 TO 148 DEGREES K)» CRITICAL

CONSTANTS, RECTILINEAR DIAMFTER

OXYGEN, NITROGEN, HYDROGEN, NEON, METHANE, AIR, HELIUM, CARBON DIOXIDE

EXPERIMENTAL - TABLE (8 VALUES), GRAPH

REVIEW - DATA FROM 258

FRENCH, ABSTRACT IN GERMAN

256A. MATHIAS, E., AND CROMMELIN, C. A. RAPPORT SUR LE DIAMETRE RECTILIGNE.

(REPORT ON THE RECTILINEAR DIAMETER).

PROC. INTERN. CONGR. REFRIG. 7TH CONGR. AMSTERDAM 96-102 (1936)

C.A. 30, 7938 4 TRIPLE POINT

CARBON MONOXIDE, HELIUM, KRYPTON, NEON

REVIEW

FRENCH
68

257. MATHIAS, E.» CROMMELlN, C. A., AND ONNES, H. K. LA CHALEUR DE VAPORISATION ET LA DIFFERENCE Mi-M DFS CHALEURS

SPECIFIQUES A L«ETAT DE SATURATION POUR L'ARGON, L'OXYGENF, L'AZOTE ET

L'HYDROGEN'E.

(THE HEAT OF VAPORIZATION AND THE DIFFERENCE M -M OF THE SPECIFIC HEAT

AT THE STATE OF SATURATION FOR ARGON. OXYGEN. NITROGEN AND HYDROGEN.)

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

ANN. PHYS. (9E) VOL. 19, 239-47 (1923)

COMPT. REND. VOL. 174, 1395-7 (1922)

C.A. 16. 4120 8

HEAT OF VAPORIZATION, DIFFERENCE OF SPECIFIC HEATS (SATURATION)

(LIQUID. GAS) (90 TO 148 DEGREES K)

OXYGEN. NITROGEN. HYDROGEN

EXPERIMENTAL - TABLE (16 VALUES), EQUATIONS

FRENCH

258. MATHIAS, E.» ONNES, H. K.,AND CROMMELlN, C. A.

ON THE RECTILINEAR DIAMETER FOR ARGON.

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

PROC. ACAD. SCI. AMSTERDAM VOL. 15, 667-73 AND 960-5 (1912)

VERSLAG GEWONE VERGADER WIS- EN NATUURK. AFDEEL. KON. AKAD.

WETENSCHAP. 70u-fc AND 893-8 (1912)

ANN. PHYS. VOL. 17, 442-55 (1922)

SATURATED DENSITY (LIQUID, GAS ) ( 90 TO 138 DEGREES K), RECTILINEAR

DIAMETER

EXPERIMENTAL - TABLE (8 VALUES). GRAPH

APPARATUS

258A.MAZUR, P., AND JANSEN, L. ON THE THEORY OF MOLECULAR POLARIZATION IN GASES. II. EFFECT OF

MOLECULAR INTERACTIONS ON THE CLAUS IUS-MOSSOTT I FUNCTION FOR SYSTEMS

OF SPHERICAL NONPOLAR MOLECULES.

PHYSICA VOL. 21, 208-18 (1955)

DIELECTRIC CONSTANT (GAS) (160 TO 298 DEGREES K)

THEORETICAL - EQUATIONS, GRAPH

259. MC LAUGHLIN, E. VISCOSITY AND SELF-DIFFUSION IN LIQUIDS.

TRANS. FARADAY SOC. VOL. 55, 28-38 (1959)

C.A. 54, 25 B SELF-DIFFUSION COEFFICIENT (LIQUIDM84 DEGREES K), VISCOSITY (LIQUID)

(84 AND 87 DEGREES K)

NITROGEN, CARBON MONOXIDE. METHANE. BENZENE

THEORETICAL - EQUATIONS. TABLE (6 VALUES)

260. MC LENNAN, J. C.» JACOBSEN, R. C, AND WlLHELM, J. 0.

DIELECTRIC CONSTANTS OF LIQUEFIED GASES.

TRANS. ROY. SOC. CAN. (3) VOL. 24, 37-46 (1930)

C.A. 25, 2340 4 DIELECTRIC CONSTANT (LIQUIDM82 TO 88 DEGREES K-) NITROGEN, METHANE, NITROUS OXIDE

EXPERIMENTAL - TABLE (6 VALUES), GRAPH

APPARATUS
69

261. MICHELS» A. VISCOSITY AND HEAT CONDUCTION OF GASES (AND LIQUIDS) IN THE

NEIGHBORHOOD OF THE CONDENSATION REGION.

PROC. INTERN. SYMP. TRANSPORT PROCESSES IN STATISTICAL METHANICS,

BRUSSELS 1956» P. 365-75 (1958)

C.A. 53. 13712 H THERMAL CONDUCTIVITY (GAS) (273 TO 348 DEGREES K AND TO 2000 ATM)

VISCOSITY (GAS) (273 TO 348 DEGREES K AND 1 TO 1400 ATM)

CARBON DIOXIDE

DISCUSSION - GRAPHS

261A. MICHELS» A. SOME REMARKS ON EXPERIMENTS IN THE DENSE STATE.

NUOVO CIMENTO SUPPL. VOL. 9» NO. 1» 152-62 (1958)

THERMAL CONDUCTIVITY, DIFFERENCE IN SPECIFIC HEATS AT CONSTANT

PRESSURE AND VOLUME (GAS) (273 TO 348 DEGREES K)» LORENTZ-LORENZ

FUNCTION. CLAUSIUS-MOSSOTTI FUNCTION

NITROGEN

REVIEW - GRAPHS, EQUATIONS

262. MICHELS, A., AND BOTZEN, A. REFRACTIVE INDEX AND LORENTZ-LORENZ FUNCTION OF ARGON UP TO 2300

ATMOSPHERES AT 25 DEGREES C. PHYSICA VOL. 15, 769-73 (1949)

C.A. 44, 3758 D REFRACTIVE INDEX ( GAS > ( 298 DEGREES K AND 1 TO 2369 ATM), LORENTZLORENZ FUNCTION

EXPERIMENTAL - TABLE (90 VALUES), GRAPH

263.. MICHELS, A., BOTZEN, A., FRIEDMAN, A. S.jAND SENGERS, J. V.

THE THERMAL CONDUCTIVITY OF ARGON BETWEEN AND 75 DEGREES C AT

PRESSURES UP TO 2500 ATMOSPHERES.

PHYSICA VOL. 22, 121-8 (1956)

C.A. 50, 16328 I THERMAL CONDUCTIVITY, P-V-T DATA (GAS) (273 TO 348 DEGREES K AND

1 TO 2400 ATM)

EXPERIMENTAL - TABLE (75 VALUES), GRAPH

264. MICHELS. A. » BOTZEN, A „ AND SCHUURMAN, W. THE VISCOSITY OF ARGON AT PRESSURES UP TO 2000 ATMOSPHERES.

PHYSICA VOL. 20, 1141-8 (1954)

C.A. 49, 9990 H VISCOSITY (GAS) (273 TO 348 DEGREES K AND 9 TO 2000 ATM)

EXPERIMENTAL - TABLE (85 VALUES), GRAPH, EQUATION
70

265. MICHELS» A. » LEVELT, J. M. AND DE GRAAFF, W.

COMPRESSIBILITY ISOTHERMS OF ARGON AT TEMPERATURES BETWEEN -25

AND -155 DEGREES C AND AT DENSITIES UP TO 640 AMAGAT. (PRESSURES UP

TO 1050 ATMOSPHERES).

PHYSICA VOL. 24, 659-71 (1958)

C.A. 53, 3811 E ISOTHERMAL COMPRESSIBILITY (GAS) (118 TO 248 DEGREES K AND 6 TO

1028 ATM), SATURATION DENSITY (LIQUID, GAS)(120 TO 151 DEGREES K),

CRITICAL CONSTANTS, VIRIAL COEFFICIENTS

EXPERIMENTAL - TABLES (130 VALUES), GRAPH, EQUATIONS

266. MICHELS, A., LEVELT, J. M. AND WOLKERS, G. J. THERMODYNAMIC PROPERTIES OF ARGON AT TEMPERATURES BETWEEN AND -140

DEGREES C AND AT DENSITIES UP TO 640 AMAGAT. (PRESSURES UP TO 1050

ATMOSPHERES. )

.

PHYSICA VOL. 24, 769-94 (1958)

C.A. 53, 6717 F ENERGY, ENTROPY, ENTHALPY, FREE ENERGY, INTERNAL ENERGY, SPECIFIC

HEATS ( V=CONSTANT) (P=CONSTANT) , VELOCITY OF SOUND* JOULE-THOMSON

COEFFICIENTS (GAS) (133 TO 273 DEGREES K AND 1 TO 1050 ATM)

COMPILATION - TABLES (2000 VALUES)

267. MICHELS, A., LUNBECK, R. J. AND WOLKERS, G. J. THERMODYNAMICAL PROPERTIES OF ARGON AS FUNCTION OF DENSITY AND

TEMPERATURE BETWEEN AND 150 DEGREES C AND DENSITIFS TO 640 AMAGAT,

PHYSICA VOL. 15, 689-95 (1949)

ENTROPY, INTERNAL ENERGY, ENTHALPY, FREE ENERGY, SPECIFIC HEAT ( V=

CONSTANT) (P=CONSTANT ) (GAS) (273 TO 423 DEGREES K)

COMPILATION - TABLE (900 VALUES)

268. MICHELS, A.* LUNBECK, R. J. AND WOLKERS, G. J.

THERMODYNAMICAL FUNCTIONS OF ARGON.

PHYSICA VOL. 16, 224 ONLY (1950)

ERRATUM TO MICHELS, LUNBECK AND WOLKERS, PHYSICA VOL. 15, 689 (1949)

269. MICHELS, A., LUNBECK, R. J. AND WOLKERS, G. J. THERMODYNAMICAL PROPERTIES OF ARGON AS FUNCTION OF PRESSURE AND

TEMPERATURE BETWEEN AND 2000 ATMOSPHERES AND AND 150 DEGREES C. APPL. SCI. RESEARCH VOL. A2, 345-50 (1950)

C.A. 45, 3799 H P-V-T DATA, ENTROPY, INTERNAL ENERGY, HELMHOLTZ FUNCTION, ENTHALPY,

SPECIFIC HEAT ( P = CONST ANT ) , JOULE-THOMSON COEFFICIENT (GAS) (273 TO

423 DEGREES K AND TO 2000 ATM)

COMPILATION - TABLES (650 VALUES), GRAPHS
71

270. MICHELS, A. AND PR'INS. C.

THE MELTING LINES OF ARGON, KRYPTON AND XENON UP TO 1500 ATMOSPHERES,

REPRESENTATION OF THE RESULTS BY A LAW OF CORRESPONDING STATES.

PHYSICA VOL. 28, 101-16 (1962)

C.A. 57, 7931 H MELTING LINE (S0LIDM84 TO 118 DEGREES K), TRIPLE POINT, THEORY OF

CORRESPONDING STATES

KRYPTON, XENON, NEON

EXPERIMENTAL - TABLE (12 VALUES), GRAPH, EQUATION

APPARATUS

271. MICHELS, A., SENGERS, J. V. AND VAN DE KLUNDERT, L. J. M.

THE THERMAL CONDUCTIVITY OF ARGON AT ELEVATED DENSITIES.

PHYSICA VOL. 29, 149-60 (1963)

178TH PUBLICATION OF THE VAN DER WAALS FUND.

THERMAL CONDUCTIVITY, PRANDTL NUMBER, VISCOSITY (GASM273 TO

348 DEGREES K AND 1 TO 2400 ATM)

EXPERIMENTAL - TABLES ( 100 VALUES), GRAPHS

272. MICHELS, A., TEN SELDAM, C. A. AND OVERDIJK, S. D. J. THE DIELECTRIC CONSTANT OF ARGON AT 25 AND 125 DEGREES C FOR PRESSURES

UP TO 2700 ATMOSPHERES.

PHYSICA VOL. 17, 781-7 (1951)

C. A. 46, 1828

DIELECTRIC CONSTANT (GASX298 TO 398 DFGREES K AND 4 TO 2666 ATM)

EXPERIMENTAL - TABLES (90 VALUES), GRAPH

273. MICHELS, A., WASSENAAR, T.» SLUYTERS, K. AND DE GRAAFF, A. THE TRIPLE POINTS OF CARBON DIOXIDE AND OF ARGON AS FIXED POINTS FOR

THE CALIBRATION OF THERMOMETERS.

PHYSICA VOL. 23, 89-94 (1957)

154TH PUBLICATION OF THF VAN DER WAALS FUND.

TRIPLE POINT

CARBON DIOXIDE

EXPERIMENTAL - ONE TABULAR VALUE

274. MICHELS, A., WIJKER, H. AND WIJKER, HK.

ISOTHERMS OF ARGON BETWEEN AND 150 DEGREES C AND PRESSURES UP TO

2900 ATMOSPHERES.

PHYSICA VOL. 15, NO. 7, 627-33 (1949)

C.A. 44, 394 D P-V-T DATA (GAS) (273 TO 423 DEGREES K AND 18 TO 2888 ATMOSPHERES),

VIRIAL COEFFICIENTS (273 TO 423 DEGREES K)

EXPERIMENTAL - TABLES ( 200 VALUES), EQUATION

275. MILLFR, J. G.

DIELECTRIC CONSTANT AND REFRACT IV I TY

.

TRANS. AM. SOC. MECH. ENG. VOL. 70, 645-9 (1948)

DIELECTRIC CONSTANT, REFRACTIVE INDEX

HELIUM, HYDROGEN, NITROGEN, OXYGEN, METHANE AND 3 OTHER GASES

COMPILATION - DATA FROM 47, 54, 158
72

276. MOLES, E. DAS LITERGEWICHT UND DAS ATOMGEWICHT DES ARGONS.

(THE LITER WEIGHT AND THE ATOMIC WEIGHT OF ARGON.)

BER. DEUT. CHEM. GES. VOL. 60. 134-8 (1927)

C.A. 21» 841 1 ATOMIC WEIGHT

EXPERIMENTAL - ONE TABULAR VALUE

GERMAN

277. MURPHY, G. W. AND RICE, 0. K. CORRESPONDING STATES IN THE FROZEN RARE GASES.

J. CHEM. PHYS. VOL. 14, 518-25 (1946)

C.A. 40, 6911 2 CORRESPONDING STATES THEORY, DEBYE TEMPERATURE, SPECIFIC HEAT

(P=CONSTANT ) (SOLID) ( 10 TO 80 DEGREES K)

NEON, KRYPTON AND XENON

CORRELATION - EQUATION, TABLE (16 VALUES), GRAPH

278. MYERS, A. L. AND PRAUSNITZ, J. M.

SECOND VIRIAL COEFFICIENTS AND KIHARA PARAMETERS FOR ARGON.

PHYSICA VOL. 28, 303-4 (1962)

C.A. 57, 6632 F KIHARA POTENTIAL, SECOND VIRIAL COEFFICIENTS

DISCUSSION

•LETTER TO EDITOR'

279. NASON, W. C.

SOME PHYSICAL PROPERTIES OF AIR AND ITS COMPONENTS.

AERO MEDICAL LAB. » WRIGHT FIELD, DAYTON, OHIO, CONTRACT NO. W33-038

AC 2031

HEAT CAPACITY ( P=CONSTANT ) , VlSCOS ITY ( LIQU

D»GAS ) ( 84 TO 300 DEGREES K)

VAPOR PRESSURE (S0LID» LIQUID) < 65 TO 150 DEGREES K), DENSITY

(SOLID, LIQUID, GAS) (40, 90 AND 273 DEGREES K), BOILING AND MELTING

POINTS, CRITICAL TEMPERATURE AND PRESSURE, TRIPLE POINT PRESSURE,

HEAT OF VAPORIZATION

NITROGEN, OXYGEN, HYDROGEN, HELIUM, CARBON DIOXIDE AND AIR

COMPILATION - DATA FROM 191, 327

280. NELSON, L. C. AND OBERT, E. F. GENERALIZED P-V-T PROPERTIES OF GASES.

TRANS. AM. SOC. MECH. ENGRS. VOL. 76, 1057-66 (1954)

C.A. 48, 13307 B LAW OF CORRESPONDING STATES, P-V-T PROPERTIES, COMPRESSIBILITY FACTOR

HYDROGEN, DEUTERIUM, HELIUM, NITROGEN, OXYGEN, NEON, METHANE,

CARBON MONOXIDE, AIR, AND 20 OTHER GASES

CORRELATION - GRAPHS, EQUATIONS
73

281. NIEMEYER, 0.

DAS VERHALTNIS DER SPECIFISCHEN WARMEN VON ARGON UND SEINE ANDERUNG

MIT DER TEMPERATUR.

(THE STUDY OF THE SPECIFIC HEATS OF ARGON AND THEIR CHANGE WITH

TEMPERATURE.

)

VEREINIGTEN FRIEDRICHS UNIVERSITY, HALLE, PH. D. THESIS (1902)

VELOCITY OF SOUND, SPECIFIC HEAT RATIO (GAS) (273 TO 287 DEGREES K AND 1 ATM)

AIR

EXPERIMENTAL

GERMAN

282. NISSAN, A. H. VISCOSITY-TEMPERATURE FUNCTION OF LIQUIDS.

PHIL. MAG. VOL. 32, 441-56 (1941)

VISCOSITY (LIQUIDM83 TO 87 DEGREES K)

OXYGEN, NITROGEN, AND APPROXIMATELY 75 OTHER ELEMENTS AND COMPOUNDS

THEORETICAL - EQUATION

283. NOMOTO, 0. AND KISHIMOTO, T. ON MOLECULAR SOUND VELOCITY OF LIQUIDS III. CONSIDERATION ON RAO'S

RELATION ON THE DEPENDENCE OF MOLECULAR SOUND VELOCITY ON CRITICAL

CONSTANTS.

J. PHYS. SOC. JAPAN VOL. 9, 73-7 (1954')

C.A. 49, 23 E VELOCITY OF SOUND (LIQUID) (83 TO 87 DEGREES K)

HELIUM, HYDROGEN, NITROGEN, OXYGEN, METHANE AND 29 ORGANIC LIQUIDS

THEORETICAL - EQUATION

284. NUTTALL» R. L.

THERMAL PROPERTIES OF GASES, TABLE 19.42. ARGON THERMAL CONDUCTIVITY

NATL. BUR. STANDARDS, HEAT AND POWER DIV.

REPRINTED IN TABLES OF THERMAL PROPERTIES OF GASES, HILSENRATH ET AL.,

NATL. BUR. STANDARDS CIRC. NO. 564 (1955)

THERMAL CONDUCTIVITY (GAS) (90 TO 600 DEGREES K.

)

COMPILATION

285. OISHI, J. AND 100 DEGREE ISOTHERMS OF HELIUM, HYDROGEN, NEON, ARGON, AIR AND

CARBON DIOXIDE AT PRESSURES BELOW 2 ATMOSPHERES AND THE ABSOLUTE

TEMPERATURE OF DEGREE C.

J. SCI. RESEARCH INST. (TOKYO) VOL. 43, 220-31 (1949)

C.A. 43, 8772 D P-V-T DATA* COMPRESSIBILITY FACTOR, EXPANSION COEFFICIENT (GAS)

(273 AND 373 DEGREES K AND 0.8 AND 1.2 ATM)

HELIUM, HYDROGEN, NEON, AIR, AND CARBON DIOXIDE

EXPERIMENTAL - TABLE (20 VALUES), EQUATIONS

APPARATUS
74

286. OLSZEWSKI, K. THE LIQUEFACTION AND SOLIDIFICATION OF ARGON.

TRANS. ROY. SOC. (LONDON) VOL. A186. 253~7 (1895)

VAPOR PRESSURE (134 TO 145 DEGREES K)» CRITICAL CONSTANTS, BOILING AND

FREEZING POINTS

EXPERIMENTAL - TABLES (17 VALUES)

APPARATUS

287. 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» 380-4 (1895)

VAPOR PRESSURE (134 TO 145 DEGREES K), CRITICAL CONSTANTS, BOILING

POINT

NITROGEN, HYDROGEN, OXYGEN, METHANE* CARBON MONOXIDE

EXPERIMENTAL - TABLE (17 VALUES)

GERMAN

288. O'NEAL, C. AND BROKAW, R. S. RELATION BETWEEN THERMAL CONDUCTIVITY AND VISCOSITY FOR SOME NONPOLAR

GASES.

PHYS. FLUIDS VOL. 5, NC. 5, 567-74 (1962)

NASA N62 13935

C.A. 57, 9233 C RATIO OF THERMAL CONDUCTIVITY TO VISCOSITY (GAS) (100 TO 275 DEGREES K)

HELIUM, NITROGEN, OXYGEN AND HYDROGFN

EXPERIMENTAL - GRAPH

289. ONNES, H. K. AND CROMMELIN, C. A. ISOTHERMS OF MONATOMIC SUBSTANCES AND THEIR BINARY MIXTURES IX.

THE BEHAVIOR OF ARGON WITH REGARD TO THE LAW OF CORRESPONDING STATES.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 120A (1911)

VERSLAG. AFDEEL. NATUURK. AKAD. WETFNSCHAP. AMSTERDAM 1177-87 (1911)

P-V-T DATA (GAS) (124 TO 300 DEGREES K AND DENSITIES FROM 20 TO

336 AMAGATS), VIRIAL COEFFICIENTS (GAS) (123 TO 3C0 DEGREES K), LAW

OF CORRESPONDING STATES

ISOPENTANE* CARBON DIOXIDE

CORRELATION - TABLE (170 VALUES), GRAPH, FQUATjONS

290. ONNES, H. K. AND CROMMELIN, C. A. ISOTHERMS OF MONATOMIC GASES AND OF THEIR BINARY M I XTURPS . V I I

.

ISOTHERMS OF ARGON BETWEEN 20 AND -150 DEGREES C. PROC. ACAD. SCI. AMSTERDAM VOL. 13» 614-25 (1911)

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 118B (1911)

P-V-T DATA, DENSITY, (GAS) (123 TO 300 DEGREES K AND 11 TO 61 ATM),

EQUATION OF STATE, VIRIAL COEFFICIENTS (GASH152 TO 300 DEGREES K)

EXPERIMENTAL - TABLE (150 VALUES), GRAPH
75

291. ONNES, H. K. AND CROMMELIN, C. A. ISOTHERMS OF MONATOMIC SUBSTANCES AND OF THEIR BINARY MIXTURES. X. THE

BEHAVIOR OF ARGON WITH RESPECT TO THE LAW OF CORRESPONDING STATES.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 121B (1911)

VERSLAG. AFDEEL. NATUURK. KON. AKAD. WETENSCHAP. AMSTERDAM 68-72

(1911 ) CORRESPONDING STATFS

ISOPENTANE

THEORETICAL - GRAPH

CONTINUATION OF RFFERENCE NUMBER 289

292. ONNES* H. K. AND CROMMELIN, C. A. ISOTHERMALS OF MONATOMIC SUBSTANCES AND OF THEIR BINARY MIXTURES.

XIII. THE EMPIRI.CAL REDUCED EQUATION OF STATE FOR ARGON.

COMMUNS. PHYS. LAB. UNlV. LEIDEN NO. 128 (1912)

VERSLAG GEWONE VERGADER. AFDEEL. NATUURK. NED. AKAD. WETENSCHAP.

256-63 (1912)

EQUATION OF STATE, VIRIAL COEFFICIENTS (GAS) (.124 TO 293 DEGREES K)

THEORETICAL - TABLE (110 VALUES), GRAPHS

293. ONNES, H. K. AND CROMMELIN, C. A. ISOTHERMS OF MONATOMIC SUBSTANCES AND OF THEIR BINARY MIXTURES. XIV.

CALCULATION OF SOME THERMAL QUANTITIES FOR ARGON.

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

VERSLAG GEWONE VERGADER. WIS- EN NATUURK. AFDEEL. 893-8 (1912)

P-V-T DATA (151 TO 293 DEGREES K AND 20 TO 340 ATM)

THEORETICAL - EQUATIONS

294. OUDEMANS, G. J. AND COLE* R. H. DIELECTRIC CONSTANT AND PAIR INTERACTIONS IN GASEOUS HELIUM AND ARGON.

J. CHEM. PHYS. VOL. 31, 843-4 (1959)

C.A. 54, 5194 (1960)

CLAUSIUS-MOSSOTTI FUNCTION (GASMl TO 100 ATM)

HELIUM

EXPERIMENTAL - GRAPH

'LETTER TO EDITOR'

295. OWENS, E. J. REDUCED THERMAL CONDUCTIVITY CORRELATION FOR THE INERT GASES.

NORTHWESTERN UNIV., FVANSTON* ILL.» MASTER'S THESIS (1956)

THERMAL CONDUCTIVITY (15 TO 9000 DEGREES K), CRITICAL CONSTANTS,

CORRESPONDING STATES PRINCIPLE

CORRELATION - GRAPH, TABLE (20 VALUES)

296. OWENS, E. J. AND THODOS, G.

THERMAL CONDUCTIVITY - REDUCED-STATE CORRELATION FOR THE INERT GASES.

A. I. CH. E. JOURNAL VOL. 3, NO. 4, 454-61 (1957)

C.A. 52, 3438 I THERMAL CONDUCTIVITY (GAS) (75 TO 4530 DEGREES K AND TO 1920 ATM)

HELIUM, NEON, XENON, KRYPTON

CORRELATION - GRAPH, EQUATION
76

297. PARTINGTON. J. R. TEMPERATURABHANGIGKEIT DER INNEREN REIBUNG VON LUFT, ARGON, UND

CHLORWASSERSTOFF.

(THE VARIATION ON THE VISCOSITY OF AIR, ARGON AND HYDROGEN CHLORIDE

WITH TEMPERATURE.

)

PHYSIK. Z. VOL. 34, 289-92 (1933)

C.A. 27, 3649 6 VISCOSITY (GAS) (296 TO 996 DEGREES K)

AIR, HYDROGEN CHLORIDE

REVIEW - EQUATION

298. PICKERING, S. F.

A REVIEW OF THE LITERATURE RELATING TO THE CRITICAL CONSTANTS OF

VARIOUS GASES.

SCIENTIFIC PAPERS OF THE BUREAU OF STANDARDS VOL. 21, 597-629 (1926)

J. PHYS. CHEM. VOL. 28, 97-123 (1924)

C.A. 18, 1409 2 AND C.A. 21, 1036 2 CRITICAL CONSTANTS

AIR, CARBON MONOXIDE, HELIUM, HYDROGEN, METHANE, NEON, NITROGEN,

OXYGEN, AND 25 OTHER GASES

REVIEW - DATA FROM 82, 83, 258, 286, 308

299. PICKERING, S. F. COMPRESSIBILITIES OF GASES.

NATL. BUR. STANDARDS MISCELLANEOUS PUBL. NO. 71 (NOV 21, 1925)

C.A. 20, 853 4 COMPRESSIBILITY FACTOR (GASM216 TO 473 DEGREES K AND 1 TO 99 ATM)

HELIUM, AIR, HYDROGEN, METHANE, NEON, NITROGEN, OXYGEN

COMPILATION - GRAPHICAL DATA FROM 179, 289, 308

300. PITZER, K. S.

CORRESPONDING STATES FOR PERFECT LIQUIDS.

J. CHEM. PHYS. VOL. 7, 583-90 (1939)

VAPOR PRESSURE, DENSITY, CORRESPONDING STATES THEORY, ENTROPY OF

VAPORIZATION

NEON, METHANE, XENON, KRYPTON

CORRELATION - EQUATION, GRAPHS

301. POOL, R. A. H., SHIELDS, B. D. C. AND STAVELEY, L. A. K. THE TRIPLE POINT OF ARGON AS A THERMOMETRIC FIXED POINT.

NATURE VOL. 181, 831 (1958)

TRIPLE POINT TEMPERATURF AND PRFSSURF

EXPERIMENTAL - 2 VALUES

•LETTER TO EDITOR'
77

302. POPOVICI, S. AND POP, M.

SUR LE POINT D'EBULLITION ET LES FORCES I NTERMOLECULA I RES

.

(THE BOILING POINT AND INTERMOLECULAR FORCES.)

COMPT. REND. VOL. 244, 195-8 (1957)

C. A. 51. 7084

BOILING POINT, INTERMOLECULAR FORCES

HELIUM, NEON, FLUORINE, AND 45 OTHER

THEORETICAL - ONE VALUE FOR RATIO OF

GRAPH

LIUUlUi LIQUIDS

BOILING POINT TO MOLECULAR WEIGHT

FRENCH

303. POPOVICI. S. AND POP, M.

SUR LE POINT DE FUSION ET LES FORCES I NTERMOLECULAIRES.

(THE MELTING POINT AND INTERMOLECULAR FORCES.)

COMPT. REND. VOL. 246, 2609-11 (1958)

MELTING POINT, INTERMOLECULAR FORCES

HELIUM, NEON, FLUORINE, OXYGEN, NITROGEN AND 34 OTHER SOLIDS

THEORETICAL - ONE VALUE FOR RATIO OF MELTING POINT TO MOLECULAR WEIGHT

GRAPH

FRENCH

304. PRIGOGINE, I. AND RAULIER, S.

CHALEUR SPECIFIQUE A VOLUME CONSTANT DES LIQUIDFS MONATOMIQUES

.

(THE SPECIFIC HEAT OF MONATOMIC LIQUIDS AT CONSTANT VOLUME.)

PHYSICA VOL. 9, NO. 4, 396-404 (1942)

C.A. 37, 6188 2 SPECIFIC HEAT* (V = CONSTANT) (LIQUID, GAS ) ( 90 TO 190 DEGREES K)

MERCURY

THEORETICAL - EQUATIONS, TABLE (7 VALUES)

FRENCH

305. PRIGOGINE, I. AND SARAGA. L. SUR LA TENSION SUPERFIC I ELLE ET LE MODELE CELLULAIRE DE L'ETAT

LIQUIDE.

(SURFACE TENSION AND THE CELL MODFL OF THF LIQUID STATE.)

J. CHIM. PHYS. VOL. 49, 399-407 (1952)

C.A. 51, 17300 C SURFACE TENSION, SURFACE ENTROPY, SURFACE ENERGY (LIQUID)

THEORETICAL - EQUATIONS, GRAPHS, ONE TABULAR VALUE

FRENCH

306. QUARDER, B. UBER LICHTBRECHUNG IN GASEN IM SPEKTRALBERE ICH VON 5782 BIS 2442 A. (THE REFRACTION OF LIQUID IN GASES IN THE SPECTRAL REGION FROM 5782 TO

2442 ANGSTROMS.)

ANN. PHYSIK VOL. 74, 255-74 (1924)

REFRACTIVE INDEX (GAS)

AIR

EXPERIMENTAL - TABLE (15 VALUES)

GERMAN
307. RAMSAY, W. AND TRAVERS, M. W.

THE PREPARATION AND SOME OF THE PROPERTIES OF PURE ARGON.

PROC. ROY. SOC. (LONDON) VOL. 64, 183-92 (1898)

DENSITY (GAS) (285 TO 292 DEGREES K AND 535 TO 767 MM HG ) , REFRACTIVITY

EXPERIMENTAL - TABLE (16 VALUES)

308. RAMSAY, W. AND TRAVERS, M. W.

II. ARGON AND ITS COMPANIONS.

PHIL. TRANS. ROY. SOc. LONDON SER. A. VOL. 197, 47~91 (1901)

Z. PHYSIK. CHEM. VOL. 38, 641-89 (1901)

VAPOR PRESSURE (SOLID, LIQUID) (77 TO 155.7 DEGREES K), P-V-T DATA

(GASM284 AND 510 DEGREES K), CRITICAL POINT

KRYPTON, XENON

EXPERIMENTAL - TABLE (20 VALUES)

APPARATUS

309. RANKINE, A. 0.

ON THE VISCOSITIES OF THE GASES OF THE ARGON GROUP,

PROC. ROY. SOC. (LONDON) VOL. A83, 516-25 (1910)

PHYSIK. Z. VOL. 11, 497-502 (1910)

VISCOSITY (GASM285 DEGREES K)

HELIUM, KRYPTON, XENON, NEON, AIR

EXPERIMENTAL - ONE TABULAR VALUE, GRAPH

APPARATUS

310. rayleigh

on some physical properties of argon and helium,

proc. roy. soc. (london) vol. 59, 198-209 (1896)

density, viscosity (gas)(273 degrees k)

HELIUM

EXPERIMENTAL - TWO TABULAR VALUES

APPARATUS

311. RAYLEIGH AND RAMSAY, W.

A NEW CONSTITUENT OF THF ATMOSPHFRF.

PHIL. TRANS. VOL. 186, 238-41 (1895)

DENSITY (GAS) (286 TO 291 DEGREES K AND 1 ATM)

EXPERIMENTAL - TABLE (6 VALUES)

312. REID, R. C. AND VALBERT, J. R. DERIVATIVE COMPRESSIBILITY FACTORS.

IND. ENG. CHEM. FUNDAMENTALS VOL. 1, NO. 4, 292-8 (1962)

COMPRESSIBILITY FACTOR (REDUCED TEMPERATURE = 0.8 TO 4 AND REDUCED

PRESSURE = 0.2 TO 9)

CORRESPONDING STATE'S PRINCIPLE

ALL GASES

THEORETICAL - EQUATION
79

313. RICE. 0. K. THF SOLID-LIQUID EQUILIBRIUM IN ARGON.

J. CHEM. PHYS. VOL. 6, 472-5 (1938)

MELTING PRESSURE (SOLID)(83 TO 193 DEGREES K)

EXPERIMENTAL - GRAPHS. TABLE (10 VALUES)

314. RICE, 0. K. THE INTERATOMIC POTENTIAL CURVE AND THE EQUATION OF STATE FOR ARGON.

J. AM. CHEM. SOC. VOL. 63. 3~11 (1941)

INTERATOMIC POTENTIAL (SOLID). HEAT OF SUBLIMATION (11 AND 16

DEGREES K)

THEORETICAL - EQUATIONS, GRAPH

315. RICE, 0. K.

A NOTE ON THE ENTROPY OF FUSION FOR ARGON.

J. CHEM. PHYS. VOL. 9, 121 (1941)

ENTROPY OF FUSION, PARTITION FUNCTION

THEORETICAL - EQUATIONS

316. RICE. 0. K. THE THERMODYNAMIC PROPERTIES AND POTENTIAL FNFRGY OF SOLID AR.GON. J. CHEM. PHYS. VOL. 12, NO. 7, 289-95 (1944)

SPECIFIC HEAT ( P=CONSTANT ) , ENTROPY, POTENTIAL ENERGY (SOLID) (3 TO

83 DEGREE'S K), INTERATOMIC POTENTIAL, HEAT OF SUBLIMATION (0 DEGREE K)

THEORETICAL - TABLE (40 VALUES), GRAPH

317. RICE, 0. K. THE THERMODYNAMIC PROPERTIES OF LIQUID ARGON.

J. CHEM. PHYS. VOL. 14, 324-38 (1946)

C.A. 40, 4271 4 ENTROPY (SOLID, LIQUID) (83 TO 193 DEGREES K. ) , SPECIFIC HEAT ( V=CONST ANT ) (LIQUID, GAS) (83 TO 320 DEGREES K), SPECIFIC HFAT ( SATUR AT I ON ) ( 83 TO

101 DEGREES K), POTENTIAL ENERGY EQUATION, PARTITION FUNCTION

THEORETICAL - EQUATIONS, GRAPHS, TA3LE (30 VALUES)

317A. RIEDEL, L. UNIVERSELLE DAMPFDRUCKFORMEL . UNTERSUCHUNGEN UBER EINE

t ,, ... •„:-,-. - . , ZUSTANDE. I . [ON CONCERNING THE

VAPOR PRESSURE, CORRESPONDING STATES THEORY

OXYGEN, CARBON MONOXIDE. NEON. HYDROGEN, HELIUM

THEORETICAL - EQUATION, TABLE

GERMAN
80

317B.RIFDEL, L. DIE FLUSSIGKEITSDICHTE IM SATT IGUNGSZUSTAND. UNTERSUCHUNGEN UBER EINE

ERWEITERUNG DES THEOREMS DER UBERE INST IMMENDEN ZUSTANDE. II.

(THE LIQUID DENSITY IN SATURATED. CONDITION. INVESTIGATION CONCERNING

THE EXTENSION OF THE CORRESPONDING STATES THEORY. II.

CHEM. ING. TECH. VOL. 26, NO. 5, 259-64 (1954)

SATURATED DENSITY (LIQUID) (87 TO 136 DEGREES K, EXPANSION COEFFICIENT

(LIQUID) (87 TO 106 DEGREES K), CORRESPONDING STATES THEORY

METHANE* NITROGEN, HYDROGEN, NEON, CARRON MONOXIDE, HELIUM

THEORETICAL - EQUATION, TABLES (100 VALUES), GRAPHS

GERMAN

318. RIEDEL, L. DIE BERECHNUNG UNBEKaNNTER THERMISCHEN DATEN MIT HILFE DES ERWEITERTEN

KORRESPONDENZPRINZIPS.

(THE DETERMINATION OF UNKNOWN THERMAL DATA BY THE MODIFIED THEOREM

OF CORRESPONDING STATES.)

KALTETECHNIK VOL. 9, 127-34 (1957)

COMPRESSIBILITY FACTOR, DENSITY, HEAT OF VAPORIZATION, SURFACE

TENSION, COEFFICIENTS FOR VAPOR PRESSURE EQUATION (REDUCED TEMPERATURE

OF 0.4 TO 1.0), THEORY OF CORRESPONDING STATES, MELTING AND BOILING

POINTS, CRITICAL CONSTANTS, ZERO POINT DENSITY

OXYGEN, NITROGEN, CARBON MONOXIDE* METHANE AND 55 OTHER COMPOUNDS

CORRELATION - EQUATIONS, TABLES' (600 VALUES), GRAPHS

GERMAN

319. 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)

C.A. 48, 13315 A MELTING CURVE (SOLID) (83 TO 234 DEGREES K)

NITROGEN

EXPERIMENTAL - TABLE QO VALUES), GRAPHS

APPARATUS

320. ROBINSON, D. W. THE VISCOSITY OF ARGON, HELIUM AND NITROGEN AT LOW TEMPERATURES AND

HIGH PRESSURES.

BULL. INST. INTERN. FROID ANNEXE (1955) 329-32

C.A. 53, 15680 F VISCOSITY (LIQUID) (90 DEGREES K AND 1 TO 2000 ATM)

HELIUM, NITROGEN

EXPERIMENTAL - GRAPH, EQUATION

321. ROEBUCK, J. R. AND OSTERBERG, H.

THE JOULE-THOMSON FFFECT IN ARGON.

PHYS. REV. VOL. 46, 785-90 (1934)

JOULE-THOMSON COEFFICIENT (GAS)<123 TO 573 DEGREES K AND 1 TO 200 A.TM ) EXPERIMENTAL - TABLE (140 VALUES), GRAPHS
81

322. ROGOVAYA, I. A. AND KAGANER, M. G.

COMPRESSIBILITY OF ARGON AT LOW TEMPERATURES UP TO 200 ATMOSPHERES.

RUSS. J. PHYS. CHEM. VOL. 35, 1049-50 (1961) (ENGLISH TRANSLATION)

ZHUR. FIZ. KHIM. VOL. 35. 2135-6 (1961)

C.A. 56. 947 G ISOTHERMAL COMPRESSIBILITY, DENSITY (GAS) (90 TO 249 DEGREES K AND 24

TO 194 ATM), VAPOR PRESSURE ( 143 DEGREES K)

EXPERIMENTAL - TABLE (80 VALUES)

323. ROSSINI* F. D.» WAGMAN, D. D., EVANS, W. R., LEVINE, S. AND JAFFE, I. SELECTED VALUES OF CHEMICAL THERMODYNAMIC PROPERTIES.

NATL. BUR. STANDARDS (U.S.) CIRC. 500, REPRINTED IN 1961 IN TWO PARTS

AND AVAILABLE FROM U.S. GOVT. PRINTING OFFICE, WASHINGTON 25, D.C.

PART 1, CATALOG NO. C13 . 4. 500/PT . 1, PART 2, CATALOG NO. C13.4.500/

PT. 2 ENTHALPY, FREE ENERGY, HEAT OF FORMATION AT DEGREE K» ENTROPY AND

HEAT CAPACITY AT 298.16 DEGREES K, ENTHALPY, TEMPERATURE AND ENTROPY

OF TRANSITION, FUSION AND VAPORIZATION

REFERENCE WORK

324. ROWLINSON, J. S.

THE REDUCED EQUATION OF STATE.

TRANS. FARADAY SOC. VOL. 51, 1317-25 (1955)

C.A. 50, 6148G

COMPRESSIBILITY FACTOR ( GAS )( REDUCED TEMPERATURE = 0.8 TO 8)

XENON, NEON

CORRELATION A TABLE (640 VALUES)

325. ROWLINSON, J. S. AND TOWNLEY, J. R.

THE APPLICATION OF THE PRINCIPLE OF CORRESPONDING STATES TO THE

TRANSPORT PROPERTIES OF GASES.

TRANS. FARADAY SOC. VOL. 49, 20-7 (1953)

VISCOSITY (GAS) (62 TO 240 DEGREES K)

NEON, NITROGEN, OXYGEN, METHANE, CARBON MONOXIDE AND 12 OTHER GASES

CORRELATION - EQUATION, GRAPH

326. RUDENKO, N. S.

MOLECULAR WEIGHT, DENSITY AND VISCOSITY OF LIQUEFIED GASES.

ZHUR. TEKH. FIZ. VOL. 18, 1123-6 (1948)

VISCOSITY (LIQUIDX84 TO 151 DEGREES K)

OXYGEN, NITROGEN, CARBON MONOXIDE, METHANE, HYDROGEN, DEUTERIUM,

ETHENE AND CHLORINE

CORRELATION - GRAPHS, EQUATIONS

RUSSIAN
82

327. RUDENKO, N. S. AND SCHUBNIKOV, L. W.

DIE VISKOSITAT VON FLUSSIGEM STICKSTOFF, KOHLENOXYD, ARGON UND

SAUERSTOFF IN ABHANGIGKEIT VON DER TEMPERATUR.

(VISCOSITY OF LIQUID NITROGEN. CARBON MONOXIDE. ARGON AND OXYGEN AND

ITS DEPENDENCE ON TEMPERATURE.)

PHYSIK. Z. SOWJETUNION VOL. 6. 470-7 (1934)

C.A. 29. 2040 4

VISCOSITY (LIQUIDM84 TO 87 DEGREES K)

NITROGEN, CARBON MONOXIDE. OXYGEN

EXPERIMENTAL - TABLE (4 VALUES). GRAPH

APPARATUS

GERMAN

328. RUDORF. G.

DIE EDELGASE UND DIE ZUSTANDSGLEICHUNG.

(THE NOBLE GASES AND THE EQUATION OF STATE.)

ANN. PHYSIK VOL. 29. 751-79 (1909)

P-V-T DATA (GAS) (284.2 AND 510.3 DEGREES K), VAPOR PRESSURE

(85 DEGREES K), BOILING POINT. CRITICAL POINT, HEAT OF VAPORIZATION,

EQUATION OF STATE

KRYPTON, XENON

CORRELATION - TABLE (30 VALUES), EQUATIONS

GERMAN

329. RYABININ, YU. N.» MARKEVICH, A. M. AND TAMM, I. I. COMPRESSIBILITY OF ARGON UNDER STRONG ADIABATIC COMPRESSION.

ZHUR. EKSPTL. I TEORET. FlZ. VOL. 24, 107-13 (1953) (IN RUSSIAN)

C.A. 49, 3589 A DENSITY, ADIABATIC COMPRESSIBILITY (GAS) (2000 TO 7000 KG/SQ CM)

EXPERIMENTAL - TABLE (30 VALUES), GRAPHS

APPARATUS

RUSSIAN

330. RYKOV, V. I. TEMPERATURE DEPENDENCE OF HEATS OF VAPORIZATION OF A NON-ASSOCIATED

LIQUID. ( IN RUSSIAN)

ZHUR. FIZ. KHIM. VOL. 34, 1851-55 (1960)

C.A. 55, 12019 B HEATS OF VAPORIZATION (90 TO 140 DEGREES K)

NITROGEN

THEORETICAL - EQUATIONS, TABLE (5 VALUES)

RUSSIAN

331. SAKIADIS, C. AND COATES, J.

A LITERATURE SURVEY OF THE THERMAL CONDUCTIVITY OF LIQUIDS.

LOUISIANA STATE UNIV. ENG. EXPT. STA.» BATON ROUGE, LA., BULL. NO. 34,

1-70 (1952)

THERMAL CONDUCTIVITY ( L I QU I D ) ( 8 8 TO 198 DEGREES K)

NITROGEN, OXYGEN AND 150 OTHER ORGANIC AND INORGANIC COMPOUNDS

SURVEY - DATA FROM 374
83

332. SCHAFER, K. PROBLEME DER WARMELElTUNG IN GASEN BEI NIEDRIGEM DRUCK UND DER

ENERGIEUBERTRAGUNG AN FESTEN OBERFLACHEN.

(PROBLEMS CONCERNING THERMAL CONDUCTIVITY IN GASES AT LOW PRESSURES

AND THE TRANSFER OF ENERGY ON SOLID SURFACES.)

FORTSCHR. CHEM. FORSCH. VOL. 1, 61-118 (1949)

THERMAL CONDUCTIVITY (GAS) (276.5 DEGREES K AND 0.1 TO 593.3 MM HG)

ACCOMMODATION COEFFICIENT (GAS) (195 TO 295 DEGREES K)

HYDROGEN, AIR, NITROGEN, OXYGEN, CARBON MONOXIDE, HELIUM, NEON

DISCUSSION - DATA FROM 121, EQUATIONS, GRAPHS

GERMAN

333-. SCHAFER, K. TRANSPORT PHENOMENA IN THE TEMPERATURE RANGE UP TO 1100 DEGREES.

DECHEMA MONOGRAPH VOL. 32, 61"73 (1959)

C.A. 54, 1002 H THERMAL CONDUCTIVITY (GAS) (273 TO 1373 DEGREES K)

NITROGEN, OXYGEN, CARBON MONOXIDE, METHANE, HYDROGEN, CARBON DIOXIDE

AND KRYPTON

EXPERIMENTAL

APPARATUS

-CODED FROM ABSTRACT334. SCHAMES, L. UBER DEN DIREKTEN ZUSAMMENHANG VON ZUSTANDSGLEICHUNG UND INNERER

REIGUNG.

(DIRECT RELATIONSHIP OF EQUATION OF STATE AND INTERNAL FRICTION.)

PHYSIK. Z. VOL. 32, 16-20 (1931)

C.A. 25, 1130 7 EQUATION OF STATE, VIRIAL COEFFICIENTS (GAS) (173 TO 673 DEGREES K)

NEON, HYDROGEN, HELIUM, NITROGEN, AIR, OXYGEN

DISCUSSION - EQUATIONS, TABLE (40 VALUES), GRAPH

GERMAN

335. SCHIERLOH, J. F. UBER DEN KOEFFIZIENTEN DER INNEREN REIBUNG VON REINEM ARGON UND

REINEM HELIUM.

(CONCERNING THE COEFFICIENT OF VISCOSITY OF PURE ARGON AND PURE

HELIUM.

)

VEREINIGTEN FRIEDRICHS UNIVERSITY, HALLE, PH. D. THESIS (1909)

VISCOSITY (GAS) (288 DEGREES K AND 1 ATM)

HELIUM

EXPERIMENTAL - TABLE (20 VALUES)

APPARATUS

GERMAN
84

336. SCHMITT, K. UBER DIE INNERE REIBUNG EINIGER GASE UND GASGEMISCHE BEI

VERSCHIEDENEN TEMPERATUREN.

(CONCERNING THE INTERNAL FRICTION OF SOME GASES AND GAS MIXTURES AT

DIFFERENT TEMPERATURES.)

ANN. PHYSIK VOL. 30, 393-410 (1909)

VISCOSITY (GAS) (90 TO 456 DEGREES K AND 73 TO 76 CM HG)

HELIUM. HYDROGEN, AIR, OXYGEN

EXPERIMENTAL - TABLE (11 VALUES)

GERMAN

337. SCHMOLKE

VORRICHTUNGEN ZUR FESTSTELLUNG DER SCHMELZKURVEN N IEDR IGS I EDENDER

STOFFE.

(APPARATUS FOR DETERMINING THE FUSION CURVES OF LOW-BOILING

SUBSTANCES.

)

DIE WARME VOL. 54, 97-8 (1931)

C.A. 25» 1708 2 melting curve (83 and 150 degrees k)

hydrogen, nitrogen, neon experimental

apparatus

GERMAN

338. SCHULTZE, H.

UBER DAS SPEZIFISCHE GEWICHT DES ARGONS.

(CONCERNING THE SPECIFIC GRAVITY OF ARGON.)

ANN. PHYSIK. VOL. 48, 269-72 (1915)

SPECIFIC GRAVITY (GAS) (273 DEGREES K AND 1 ATM), ATOMIC WEIGHT

AIR

EXPERIMENTAL - TABLE (5 VALUES)

GERMAN

339. SCHULTZE, H.

DIE INNERE REIBUNG VON ARGON UND IHRE AENDERUNG MIT DER TEMPERATUR.

(THE VISCOSITY OF ARGON AND ITS CHANGE WITH TEMPERATURE.)

ANN. PHYSIK VOL. 5, 140-65 (1901)

VISCOSITY (GAS) (285 TO 456 DEGREES K AND 75 CM HG

)

EXPERIMENTAL - TABLE (25 VALUES)

APPARATUS

GERMAN

340. SCHWARZE, W.

UBER DIE WARMELEITUNG DES ARGONS.

(CONCERNING THE HEAT CONDUCTION OF ARGON.)

PHYSIK. Z. VOL. 3, 264 (1902)

THERMAL CONDUCTIVITY (GAS) (273 DEGREES K)

AIR

DISCUSSION

GERMAN
85

341. SCHWARZE, W.

UBER DIE WARMELEITUNG VON ARGON U. HELIUM.

(CONCERNING THE HEAT CONDUCTION OF ARGON AND HELIUM.)

PHYSIK. Z. VOL. 4, 229 (1903)

THERMAL CONDUCTIVITY (GAS) (273 DEGREES K)

HELIUM* AIR

DISCUSSION

GERMAN

342. SCHWARZE* W.

BESTIMMUNG DER WARMELE ITUNGSFAHIGKE IT VON ARGON UND HELIUM NACH DER

METHODE VON SCHLE I ERMACHER

.

(DETERMINATION OF THE THERMAL CONDUCTIVITY OF ARGON AND HELIUM BY THE

METHOD OF SCHLEI ERMACHER .

)

ANN. PHYSIK VOL. 11. 303-30 (1903)

THERMAL CONDUCTIVITY (GAS) (273 DEGREES K)

HELIUM. AIR

EXPERIMENTAL

APPARATUS

GERMAN

343. SHERIF, I. I. THE MOLECULAR HEATS OF GASES FROM THE ASPECTS OF HEAT TRANSFER.

NUOVO CIMENTO VOL. 3, 6-11 (1956)

ACCOMMODATION COEFFICIENT, MOLECULAR HEAT (GAS) (287 DEGREES K)

HYDROGEN, NITROGEN, OXYGEN, HELIUM, NEON

EXPERIMENTAL - TWO TABULAR VALUES

344. SHIMOKAWA, J. CONDENSATION THEORY BY CELL METHOD AND CALCULATION OF THE CRITICAL

TEMPERATURE OF VARIOUS GASES.

BUSSEIRON KENKYU VOL. 62, 138-51 (1953)

CRITICAL TEMPERATURE, PARTITION FUNCTION, CELL-SURFACE TENSION,

CELL-SURFACE FREE ENERGY

HELIUM, HYDROGEN, NITROGEN, OXYGEN, METHANE

THEORETICAL - ONE CALCULATED VALUE, EQUATIONS

JAPANESE

345. SHIMOTAKE, H. VISCOSITY-REDUCED STATE CORRELATION FOR THE INERT GASES.

NORTHWESTERN UNIV., EVANSTON, ILL., MASTER'S THESIS ( JUN 1957)

VISCOSITY (45 TO 15000 DEGREES K>, PRINCIPLE OF CORRESPONDING STATES

NEON, HELIUM, KRYPTON, XENON

CORRELATION - GRAPH, TABLE
86

346. SIMON. F. AND KIPPERT, F. MESSUNGEN ZUR ZUSTANDSGLEI CHUNG DES FESTEN ARGONS.

(MEASUREMENTS FOR THE EQUATIONS OF STATE OF SOLID ARGON.)

Z. PHYSIK. CHEM. VOL. 135, 113-28 (1928)

ISOMETRIC SLOPE (SOLID. LIQUIDM72 TO 90 DEGREES K)> DENSITY (SOLID)

(76 DEGREES K)

OXYGEN. METHANE, NITROGEN

EXPERIMENTAL - TABLES

APPARATUS

GERMAN

347. SIMON, F. E., RUHEMANN, M. AND EDWARDS, W. A. M.

DIE SCHMELZKURVEN VON WASSERSTOFF, NEON, STICKSTOFF UND ARGON,

(MELTING-POINT CURVES OF HYDROGEN, NEON, NITROGEN AND ARGON.

)

Z. PHYSIK. CHEM. (LEIPZIG) VOL. B6 » 331-42 (1930)

C.A. 24, 3411 2 MELTING CURVEtSOLID, LIQUID) (83 TO 150 DEGREES K AND TO 3380

KG/SQ CM)

HYDROGEN, NEON, NITROGEN

EXPERIMENTAL - TABLE (25 VALUES), GRAPH

GERMAN

348. SIMON, F. E.» RUHEMANN, M. AND EDWARDS, W. A. M.

DIE SCHMELZKURVEN VON WASSERSTOFF, NEON, STICKSTOFF UND ARGON.

(BERICHTIGUNG)

(FUSION CURVES FOR HYDROGEN, NEON, NITROGEN AND ARGON. CORRECTION)

Z. PHYSIK. CHEM.

(

LEIPZIG) VOL. B7, 80 ONLY (1930)

C. A. 24, 4681

MELTING CURVE

NEON, HYDROGEN, HELIUM

CORRECTION TO REFERENCE NUMBER 347

GERMAN

349. SIMON, F. AND VON SIMSON, C.

DIE KRISTALLSTRUKTUR DES ARGONS.

(THE CRYSTAL STRUCTURE OF ARGON)

Z. PHYSIK VOL. 25, 160-4 (1924)

CRYSTAL STRUCTURE

EXPERIMENTAL

GERMAN

350. SMITH, B. L. REFRACTIVE INDEX OF SOLID KRYPTON AND SOLID ARGON.

PHIL. MAG. VOL. 6, 939-4? (JUL 1961)

C.A. 56, 9569 H DENSITY (SOLIDH77 TO 83 DEGREES K), REFRACTIVE INDEX

KRYPTON

EXPERIMENTAL - GRAPH
87

351. SMITH, B. L. AND PINGS, C. J. OPTICAL DETERMINATION OF THE COMPRESSIBILITY OF SOLID ARGON.

J. CHEM. PHYS. VOL. 38, 825-7 (FEB 1963)

COEFFICIENT OF THERMAL EXPANSION (SOLID) (78 TO 84 DEGREES K)

EXPERIMENTAL - TABLE (4 VALUES), GRAPH

352. SMITH, B. L. AND PlNGS, C. J. REFRACTIVE INDEX OF SOLID ARGON.

PHYSICA VOL. 29, NO. 5, 555-8 (MAY 1963)

REFRACTIVE INDEX (SOLID) (78 TO 84 DEGREES K AND TO 71 ATM)

EXPERIMENTAL - TABLE (40 VALUES), GRAPH, EQUATION

352A. SMITH, D. H. AND HARLOW, R. G.

THE VELOCITY OF SOUND IN AIR, NITROGEN AND ARGON.

BRIT. J. APPL. PHYS. VOL. 14» NO. 2» 102-06 (1963)

VELOCITY OF SOUND (GAS) (273 AND 303 DEGREES K)

AIR, NITROGEN

EXPERIMENTAL - TABLES (10 VALUES), GRAPH

APPARATUS

353. SRIVASTAVA, B. N. AND MADAN, M. P. THE TEMPERATURE DEPENDENCE OF VISCOSITY OF NON-POLAR GASES.

PROC. NATL. ACAD. SCI. INDIA VOL. 21A, 254-60 (1952)

C.A. 48, 13307 I INTERMOLECULAR FORCE CONSTANT, COLLISION DIAMETER (GAS) (100 TO 600

DEGREES K)

OXYGEN, NITROGEN, NEON

THEORETICAL - EQUATIONS, TABLE (18 VALUES), GRAPH

354. STANSFIELD, D.

THE SURFACE TENSIONS OF LIQUID ARGON AND NITROGEN.

PROC. PHYS. SOC. (LONDON) VOL. 72, 854-66 (1958)

C.A. 54, 20388 G SURFACE TENSION (LIQUID)(85 TO 150 DEGREES K)

NITROGEN

EXPERIMENTAL - TABLE (14 VALUES), GRAPH

APPARATUS

355. STAVELEY, L. A. D. AND TUPMAN, W. I. ENTROPIES OF VAPORIZATION AND INTERNAL ORDER IN LIQUIDS.

J. CHEM. SOC. (LONDON) VOL. 1950, 3597-606 (1950)

ENTROPY OF VAPORIZATION

METHANE* OXYGEN, CARBON MONOXIDE AND 50 OTHER GASES

THEORETICAL - GRAPH, EQUATIONS
88

356. STEWART. J. W.

COMPRESSIBILITIES OF SOME SOLIDIFIED GASES AT LOW TEMPERATURES.

PHYS. REV. VOL. 97, NO. 3, 578-82 (1955)

C.A. 49. 6676 E ISOTHERMAL COMPRESSIBILITY (SOLID)(65 AND 77 DEGREES K AND TO

4000 KG/SQ CM)

HYDROGEN, DEUTERIUM, NEON, KRYPTON, NITROGEN

EXPERIMENTAL - TABLE (8 VALUES)

APPARATUS

357. STEWART, J. W.

COMPRESSION OF SOLIDIFIED GASES TO 20,000 KG/SQ CM AT LOW TEMPERATURE.

J. PHYS. CHEM. SOLIDS VOL. 1, 146-58 (1956)

ISOTHERMAL COMPRESSIBILITY (SOLIDH65 AND 77 DEGREES K AND TO

19000 ATM)

NITROGEN, HYDROGEN, DEUTERIUM, NEON, HELIUM

EXPERIMENTAL - TABLE (22 VALUES)

APPARATUS

358. STIEL, L. I. AND THODOS, G.

LENNARD-JONES FORCE CONSTANTS PREDICTED FROM CRITICAL PROPERTIES.

CHEM. ENG. DATA VOL. 7, NO. 2» 234~6 (APR 1962)

THERMAL CONDUCTIVITY, SELF-D I FFUS I V I TY , VISCOSITY, LENNARD-JONES FORCE

CONSTANTS, CRITICAL CONSTANTS

THEORETICAL - GRAPHS

359. STOGRYN, D. E. AND HlRSCHFELDER » J. 0.

INITIAL PRESSURE DEPENDENCE OF THERMAL CONDUCTIVITY AND VISCOSITY.

J. CHEM. PHYS. VOL. 31, NO. 6, 1545-54 (1959)

THERMAL CONDUCTIVITY, VISCOSITY (GAS) (104 TO 273 DEGREESK)

OXYGEN, NITROGEN, METHANE

THEORETICAL - EQUATIONS, TABLE(3 VALUES), GRAPH

360. STRIEDER, F. DIE SCHALLGESCHWINDIGKEIT IN ARGON UND DER EINFLUSS DER

RONTGENSTRAHLEN AUF DIESE.

(VELOCITY OF SOUND IN ARGON AND THE INFLUENCE OF X-RAYS UPON IT.)

VERHANDL. DEUT. PHYS. GES. VOL. 16, 615-6 (1914)

VELOCITY OF SOUND (GAS) (291 DEGREES K)

AIR

EXPERIMENTAL - ONE TABULAR VALUE

GERMAN

361. STRIEDER, F. DIE SCHALLGESCHWINDIGKEIT IN ARGON UND IHRE BEE INFLUSSUNG DURCH

RONTGENSTRAHLEN.

(SOUND VELOCITY IN ARGON AND THE INFLUENCE OF X RAYS ON IT.)

UNIVERSITY OF MARBURG, PH. D. THESIS (1915)

VELOCITY OF SOUND, SPECIFIC HEAT RATIO (GAS) (291 DEGREES K)

AIR

EXPERIMENTAL - TABLE (30 VALUES)

APPARATUS

GERMAN
89

362. STULL. D. R.

VAPOR PRESSURE OF PURE SUBSTANCES. INORGANIC COMPOUNDS.

IND. ENG. CHEM. VOL. 39. 540-50 (1947)

VAPOR PRESSURE ( SOLID »L IQU I D ) ( 55 TO 149 DEGREES K)> CRITICAL CONSTANTS

FLUORINE. HELIUM. HYDROGEN, CARBON MONOXIDE, NEON, NITROGEN, OXYGEN,

OZONE

COMPILATION - DATA FROM 45, 85, 86, 182, 287, 308

363. STULL, D. R. AND SINKE, G. C. THERMODYNAMIC PROPERTIES OF THE ELEMENTS . ADVANCES IN CHEMISTRY SERIES NO. 18, AMERICAN CHEMICAL SOCIETY,

WASHINGTON, D. C. (NOV 1956) 233 P.

IDEAL MONATOMIC AND DIATOMIC GAS PROPERTIES - HEAT CAPACITY

(P=CONSTANT) , ENTHALPY, ENTROPY, GIBBS FUNCTI0N(298 TO 3000 DEGREES K)

BOILING AND MELTING POINTS, TRIPLE POINT, CRITICAL TEMPERATURE AND

PRESSURE, HEATS OF MELTING AND VAPORIZATION

ARGON AND 91 OTHER ELEMENTS

REFERENCE BOOK

364. SU, G. AND CHANG, C. H.

A GENERALIZED VAN DER WAALS EQUATION OF STATE FOR REAL GASES.

IND. ENG. CHEM. VOL. 38, 800-2 (1946)

C.A. 40, 5969 2 EQUATION OF STATE (GAS) (123 TO 673 DEGREES K AND TO 114 ATM)

HELIUM, NEON, HYDROGEN, NITROGEN, OXYGEN, AIR, METHANE, CARBON

DIOXIDE AND ETHYL ETHER

THEORETICAL - EQUATION

364A.SU, G-J AND CHANG, C-H.

GENERALIZED BEATT I E-BR I DGEMAN EQUATION OF STATE FOR REAL GASES.

J. AM. CHEM. SOC. VOL. 68, 1080-83 (1946)

C.A. 40, 5312

EQUATION OF STATE (GAS) (123 TO 673 DEGREES K)

NEON, OXYGEN, NITROGEN, AIR, METHANE, HYDROGEN, HELIUM

THEORETICAL - EQUATION, TABLE

365. SU, G. AND CHANG, C.

GENERALIZED EQUATION OF STATE FOR REAL GASES.

IND. ENG. CHEM. VOL. 38, 802-3 (1946)

C.A. 40, 5969 5 EQUATION OF STATE (GAS) (123 TO 673 DEGREES K AND TO 114 ATM)

HELIUM, NEON, HYDROGEN, NITROGEN, OXYGEN, AIR, MFTHANE, CARBON

DIOXIDE AND ETHYL ETHER

THEORETICAL - EQUATION, GRAPH
90

365A. TAUSZ. J. AND GORLACHER» H.

UBER DIE LICHTBRECHUNG IN WASSERSTOFF, SAUERSTOFF. ARGON UND

STICKSTOFF. I. (CONCERNING THE REFRACTIONS OF LIGHT IN HYDROGEN* OXYGEN, ARGON AND

NITROGEN. I.)

Z. TECH. PHYSIK VOL. 12, 19-24 (1931)

INDEX OF REFRACTION ( GAS) (289 TO 296 DEGREES K)

AIR, HYDROGEN, OXYGEN, NITROGEN

EXPERIMENTAL - TABLE (16 VALUES), GRAPHS

GERMAN

365B. TAUSZ. J. AND GORLACHER, H.

UBER DIE LICHTBRECHUNG IN WASSERSTOFF, SAUERSTOFF. ARGON UND

STICKSTOFF. II.

(THE REFRACTION OF LIGHT IN HYDROGEN, OXYGEN, ARGON AND NITROGEN. II.)

Z. TECH. PHYSIK VOL. 12. 123-25 (1931)

INDEX OF REFRACTION ( GAS) (289 TO 296 DEGREES K)

HYDROGEN, OXYGEN. NITROGEN

THEORETICAL - EQUATIONS, TABLE (4 VALUES)

GERMAN

366. THERMOPHYSICAL PROPERTIES RESEARCH CENTER

DATA BOOK, VOL. 2. NONMETALLIC ELEMENTS AND THEIR COMPOUNDS (GASEOUS

AND LIQUID STATES)

.

PURDUE UNIV.. LAFAYETTE, IND.» SCHOOL OF MECHANICAL ENGINEERING (1961)

150 P. VISCOSITY (LIQUID. GASM54 TO 2253 DEGREES K)

AIR. CARBON MONOXIDE. DEUTERIUM. FLUORINE. METHANE. NEON. NITROGEN.

OXYGEN. AND 45 OTHER LIQUIDS AND GASES

CORRELATION - TABLE (200 VALUES)

366A. THODOS, G.

ON THE REDUCED FROST-KALKWARF VAPOR PRESSURE EQUATION.

IND. ENG. CHEM. FUNDAMENTALS VOL. 2» NO. 1. 80 (1963)

C.A. 59, 42E

VAPOR PRESSURE (LIQUID)

DISCUSSION - EQUATION

366B. THOMAES. G. AND VAN ITTERBEEK. J. APPLICATION OF THE PRINCIPLE OF CORRESPONDING STATES TO THE VISCOSITY

AND DIFFUSION OF PURE LIQUIDS AND MIXTURES.

MOL. PHYS. VOL. 2. NO. 4. 372-78 (OCT 1959)

CORRESPONDING STATES, VISCOSITY

NITROGEN, CARBON MONOXIDE. OXYGFN, METHAN^

THEORETICAL - EQUATIONS
91

367. TRAUTZ, M. AND BINKELE, H. E. DIE REIBUNG, WARMELE I TUNG UND DIFFUSION IN GASM I SCHUNGEN . VIII. DIE

REIBUNG DES HELIUM., WASSERSTOFF, NEON, ARGON UND IHRER RINARE-N

GEMI5CHE.

(THE VISCOSITY, HEAT CONDUCTION AND DIFFUSION IN GAS MIXTURES. VIII.

THE VISCOSITY OF HYDROGEN, HELIUM, NEON, ARGON AND THEIR BINARY

MIXTURES. ) ANN. PHYSIK VOL. 5, 561-80 (1930)

VISCOSITY (GAS) (293 TO 523 DEGREES K)

AIR, HYDROGEN, HELIUM, NEON

REVIEW-TABLES (15 VALUES)

GERMAN

368. TRAUTZ, M. AND KAUFMAN, F. KRITIK DER ELEKTRISCHEN D I FFERENT I ALMETHODE ZUR MESSUNG VON C (V=KONSTANT) AN GASEN. IV. MESSUNGEN. DIE NORMIERUNG MIT ARGON.

(CRITICISM OF THE ELECTRICAL DIFFERENTIAL METHOD OF MEASURING C (V=CONSTANT) IN GASES. IV. MEASUREMENTS. THE STANDARDIZATION WITH

ARGON.

)

ANN. PHYSIK (5) VOL. 5, 581-605 (1930)

C.A. 25, 10 3 SPECIFIC HEAT ( V=CONST ANT ) ( GAS ) ( 293 DEGREES K)

AIR, METHANE

EXPERIMENTAL - ONE TABULAR VALUE

GERMAN

369. TRAUTZ, M. AND REICHLE, A. KRITIK DER ELEKTRISCHEN DI FFERENT I ALMETHODE ZUR MESSUNG VON C (V=

KONSTANTE) AN GASEN. VI. DIE SPEZIFISCHE WARME VON ARGON UND LUFT.

(CRITICISM OF THE ELECTRICAL DIFFERENTIAL METHOD OF MEASURING SPECIFIC

HEAT AT CONSTANT VOLUME OF GASES. VI. THE SPECIFIC HEATS OF ARGON AND

AIR. ) ANN. PHYSIK VOL. 22, 513-2^ (1935)

C.A. 29, 4227 7 SPECIFIC HEAT ( V = CONST ANT ) ( GAS ) ( 289 DEGREES K)

AIR

EXPERIMENTAL - TABLE (4 VALUES)

GERMAN

370. TREPP, C.

DIE HARTE VON STICKSTOFF* SAUERSTO^F, ARGON UND VON STICKSTOFFSAUERSTOFF GEMISCHEN.

(THE HARDNESS OF NITROGEN, OXYGEN, ARGON AND OF NITROGEN-OXYGEN

MIXTURES. ) SCHWEIZ. ARCH. ANGEW. WISS. U TECH. VOL. 24, 1QT-200 (1958)

HARDNESS (SOLID) (3 TO 78 DFGREES K)

OXYGEN, NITROGEN

EXPERIMENTAL - GRAPH

APPARATUS

GERMAN
92

371. TRFPP, C.

DIE HARTE VON STICKSTOFF, SAUER5TOFF, ARGON UND VON STICKSTOFFSAUERSTOFF GEMISCHEN.

(THE HARDNESS OF NITROGEN. OXYGEN. ARGON AND OF NITROGEN-OXYGEN

MIXTURES. ) SCHWEIZ. ARCH. ANGEW. WISS. U TECH. VOL. 24, 230-9 (1958)

HARDNESS (SOLID)

OXYGEN. NITROGEN

THEORETICAL - EQUATIONS, DIAGRAMS

GERMAN

372. TSEDERBERG* N. W. » POPOV. V. N. AND MOROZOVA. N. A. EXPERIMENTAL INVESTIGATION OF THE THERMAL CONDUCTIVITY OF ARGON.

( IN RUSSIAN)

TEPLOENERGETIKA VOL. 7, NO. 6. 82~6 (I960)

C.A. 54, 23540 I THERMAL CONDUCTIVITY (GAS) (200 TO 673 DEGREES K AND 1 TO 500 KG/SO CM)

EXPERIMENTAL - GRAPH. TABLES (100 VALUES)

RUSSIAN

373. TSIEN, H. S.

THE PROPERTIES OF PURE LIQUIDS.

J. AM. ROCKET SOC. VOL. 23. 17-24.35 (1953)

SPECIFIC HEAT ( P = CONSTANT ) ( L IQU I D ) < 85 TO 87 DEGREES K)

CARBON MONOXIDE. NITROGEN. OXYGEN, METHANE AND 25 OTHER LIQUIDS

THEORETICAL - EQUATIONS, 1 TABULAR VALUE

374. UHLIR, A.

THERMAL CONDUCTIVITY OF FLUID ARGON AND NITROGEN.

J. CHEM. PHYS. VOL. 20, 463-72 (1952)

C.A. 46, 7385' F THERMAL CONDUCTIVITY (GAS) (90 TO 191 DEGREES K AND 1 TO 96 ATM),

THERMAL CONDUCTIVITY (LIQUID) (87 TO 141 DEGREES K)

NITROGEN

EXPERIMENTAL - TABLE (55 VALUES), GRAPH, EQUATION

APPARATUS

375. VAN AGT, F. P. G. A. J. ISOTHERMS OF DI-ATOMIC SUBSTANCES AND THEIR BINARY MIXTURES XXXII.

ON THE BEHAVIOR OF HYDROGEN ACCORDING TO THE LAW Of CORRESPONDING

STATES.

COMMUNS. PHYS. LAB. UNIV. LEIDEN NO. 176C (1925)

VERSLAG. GEWONE VERGADER. WIS-EN NATUURK. AFDEEL. VOL. 34, 638-40

(JUN 1925)

LAW OF CORRESPONDING STATES

NITROGEN, NEON, OXYGEN, HYDROGEN

CORRELATION - GRAPH
93

376. VAN ITTERBEEK, A. VELOCITY AND ATTENUATION OF SOUND AT LOW TEMPERATURES.

P. 355-80 IN PROGRESS IN LOW TEMPERATURE PHYSICS * VOL. 1.

NORTH HOLLAND PUBLISHING CO.» AMSTERDAM, THE NETHERLANDS (1955)

VELOCITY OF SOUND, ISOTHERMAL AND ADIABATIC COMPRESSIBILITY

COEFFICIENTS, DENSITY (LIQUIDM84 TO 87 DEGREES K)

OXYGEN, NITROGEN, METHANE* HYDROGEN, HELIUM

REVIEW - EQUATION, TABLE (8 VALUES)

377. VAN ITTERBEEK, A., GREVENDONK, W., VAN DAEL, W. AND FORREZ, G.

SOUND VELOCITY MEASUREMENTS IN LIQUID ARGON UNDER HIGH PRESSURE.

PHYSICA VOL. 25, 1255-8 (1959)

C.A. 54, 20390 E VELOCITY OF SOUND (LIQUID) (84 TO 90 DEGREES K AND TO 75 KG/SQ CM),

DENSITY, ADIABATIC AND ISOTHERMAL COMPRESSIBILITY COEFFICIENT,

SPECIFIC HEAT RATIO (LIQUIDM90 DEGREES K AND 5 TO 75 KG/SQ CM)

EXPERIMENTAL - TABLES (50 VALUES), GRAPHS, EQUATIONS

378. VAN ITTERBEEK, A. AND VAN DAEL, W. THE VELOCITY OF SOUND IN LIQUID ARGON AND LIQUID NITROGEN AT HIGH

PRESSURES.

CRYOGENICS VOL. 1, NO. 4» 226~8 (1961)

VELOCITY OF SOUND ( L I QU I D ) ( 87 . 3 AND 90.3 DEGREES K AND 3 TO

201 KG/SQ CM)

NITROGEN

EXPERIMENTAL - TABLE (25 VALUES). GRAPH

APPARATUS

379. VAN ITTERBEEK, A., VAN DAEL, W. AND FORREZ, G.

MEASUREMENTS ON THE VELOCITY OF SOUND IN FLUIDS.

BULL. INST. INTERN. FROID ANNEXE 1961-5, 167-77 (1961)

VELOCITY OF SOUND (LIQUID) (77 TO 90 DEGREES K AND TO 200 KG/SQ CM)

HELIUM, OXYGEN, HYDROGEN, NITROGEN

EXPERIMENTAL - TABLE (2 VALUES), GRAPH

380. VAN ITTERBEEK, A., VAN DAEL, W. AND GREVENDONK, W.

MEASUREMENTS ON THE VELOCITY OF SOUND IN ARGON UNDER HIGH PRESSURE.

PHYSICA VOL. 25, 640-4 (1959)

C.A. 54, 2857 C VELOCITY OF SOUND ( LI QU I D , GAS ) ( 90 TO 299 DEGREES K AND 2 TO 7? ATM)

EXPERIMENTAL - TABLES (80 VALUES), GRAPH

381. VAN ITTERBEEK, A. AND VAN PAEMEL, 0.

MEASUREMENTS ON THE VELOCITY' OF SOUND IN GASEOUS ARGON AND DEUTERIUM

RESPECTIVELY AT LIQUID OXYGEN AND HYDROGEN TEMPERATURES. CALCULATION

AND DISCUSSION OF THE SECOND VIRIAL COEFFICIENT OF ARGON.

PHYSICA VOL. 5, NO. 9, 845-53 (1938)

C.A. 33, 1561 9 VELOCITY OF SOUND (GAS) (79 TO 90 DEGREES K AND 0.05 TO 0.69 ATM),

SECOND VIRIAL COEFFICIENT (GAS)(80 TO 250 DEGREES K)

DEUTERIUM

EXPERIMENTAL - TABLE (40 VALUES), EQUATION, GRAPHS
94

382. VAN ITTERBEEK> A. AND VAN PAEMEL, 0.

MEASUREMENTS ON THE VISCOSITY OF ARGON GAS AT ROOM TEMPERATURE AND

BETWEEN 90 AND 55 DEGREES K. PHYSICA VOL. 5, 1009-12 (1938)

C.A. 33v 2006 9 VISCOSITY (GAS) (58 TO 90 DEGREES AND 0.2 TO 10.4 CM HG)

(CALCULATED VALUES OF VISCOSITY FOR ARGON GAS FROM 55 TO

293 DEGREES K)

EXPERIMENTAL - TABLES (25 VALUES), GRAPH, EQUATION

383. VAN ITTERBEEK, A. AND VFRBEKE, 0.

DENSITY OF LIQUID NITROGEN AND ARGON AS A FUNCTION OF PRESSURE AND

TEMPERATURE.

PHYSICA VOL. 26, NO. 11, 931-8 (1960)

C.A. 55, 18226 B SATURATED DENSITY (LIQUID) (86 TO 90 DEGREES K AND 13 TO 150 KG/SQ CM)

(CALCULATED VALUES FOR SPECIFIC HEAT ( P=CONSTANT ) , VELOCITY OF SOUND,

POISSONS RATIO, EXPANSION COEFFICIENT (LIQUID) (86 TO 90 DEGREES K AND

TO 100 KG/SQ CM)

NITROGEN

EXPERIMENTAL - TABLES (50 VALUES), GRAPH

384. VAN ITTERBEEK, A. AND VFRBEKE, 0.

DENSITY VARIATION OF LIQUEFIED GASES (HYDROGEN, OXYGEN, NITROGEN,

ARGON) WITH PRESSURE UP TO 850 KG/SO CM.

BULL. INST. INTERN. FROID ANNEXE 1961-5, 179-89 (1961)

DENSITY (LIQUIDX86 TO 90 DEGREES K)

NITROGEN, HYDROGEN, OXYGEN

EXPERIMENTAL - GRAPH, EQUATION

385. 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 TFMPERATURPS

.

PHYSICA VOL. 29, 742-54 (1963)

P-V-T DATA (LIQUID) (90 TO 148 DEGREES K AND 10 TO 300 KG/SQ CM), VAPOR

PRESSURE (138 TO 141 DEGREES K), EQUATION OF STATE, HEAT CAPACITY (V=

CONSTANT) (P=CONSTANT) , SPECIFIC HEAT RATIO, ISOTHERMAL

COMPRESSIBILITY, EXPANSIVITY, JOULE-THOMSON EXPANSION COFFFICIFNT,

VELOCITY OF SOUND (.LIQUID) (90 TO 130 DEGREES K)

METHANE

EXPERIMENTAL - TABLES (380 VALUES), GRAPH

APPARATUS

386. VAN ITTERBEEK, A. AND VERHAGEN, L. MEASUREMENTS OF THE VELOCITY OF SOUND IN LIQUID ARGON AND LIQUID

METHANE.

PROC. PHYS. SOC. (LONDON) VOL. B62 » 800-4 (1949)

C.A. 44, 1771 B VELOCITY OF SOUND (LIQUID) (84 TO 87 DEGREES K AND 525 TO 767 MM HG

)

(CALCULATED VALUES FOR SPECIFIC HEAT RATIO, ISOTHERMAL AND ADIABATIC

COMPRESSIBILITY (LIQUIDM84 TO 87 DEGREES K))

METHANE

EXPERIMENTAL - TABLES (15 VALUES)

APPARATUS
95

387. VAN ITTERBEEK, A.* ZINK, H. AND VAN PAEMEL, 0.

VISCOSITY MEASUREMENTS IN LIQUEFIED GASES,

CRYOGENICS VOL. 2, NO. 4, 210-11 (1962)

VISCOSITY (LIQUID) (84 TO 87 DEGREES K)

HYDROGEN, OXYGEN* NITROGEN

EXPERIMENTAL - GRAPH, EQUATION

APPARATUS

387A. VAN LIERDE, J.

MEASUREMENTS OF THERMAL DIFFUSION AND VISCOSITY OF CERTAIN GAS

MIXTURES AT LOW AND VERY LOW TEMPERATURES. (IN DUTCH)

VERHANDEL. KONINKL. VLAAM. ACAD. WETENSCHAP. BELG. KL. WETENSCHAP.

VOL. 9, NO. 24, 7-78 (1947)

CA. 43, 5658 H VISCOSITY (GAS) (286.8 AND 290.7 DEGREES K AND 0.01 TO 50 MM HG

?

HYDROGEN, NITROGEN, OXYGEN, NEON

EXPERIMENTAL - TABLES (20 VALUES), GRAPHS

DUTCH

388. VAN PAEMEL, 0.

METINGEN EN THEORETISCHE BESCHOUWI NGEN IN VERBAND MET DE VISCOSITEIT

VAN GASSEN EN GECONDENSEERDE GASSEN.

(MEASUREMENTS AND THEORETICAL CONSIDERATION OF THE VISCOSITY OF GASES

AND CONDENSED GASES.)

VERHANDEL. KONINKL. VLAAM. ACAD. WETENSCHAP. BFLG. (3) VOL. 3, 3~59

( 1941 ) CA. 37, 6170 4

VISCOSITY (GASM58 TO 293 DEGREES K AND 0.22 TO 7.4 CM HG

)

NEON, HELIUM, HYDROGEN, DEUTERIUM, OXYGEN

EXPERIMENTAL - TABLE (15 VALUES), EQUATION

APPARATUS

DUTCH

389. VASILESCO, V. RECHERCHES EXPER I MENTAL ES SUR LA VISCOSITE DES GAZ AUX TEMPERATURES

ELFVEES.

(EXPERIMENTAL RESEARCH ON VISCOSITY OF GAS AND HIGH TEMPERATURES.)

UNIVERSITY OF PARIS, PH. D. THFSIS (1940)

VISCOSITY (GAS) (273 TO 1868 DEGREES K)

EXPERIMENTAL - TABLE (50 VALUES), GRAPH

FRENCH

390. VERHAEGEN, L. METINGEN OVER DE VOORTPLANT I NGSSNELHE I D VAN HET GELUID IN ENKELE

VLOEIBAAR GEMAAKTE GASSEN.

(MEASUREMENTS OF THE SPEED OF PROPAGATION OF SOUND IN SOME LIQUEFIED

GASES.

)

VERHANDEL. KONINKL. VLAAM. ACAD. WETENSCHAP. BELGIE, KL. WETENSCHAP.

NO. 38 (1952) 65 P. VELOCITY OF SOUND (LIQUID) (84 TO 87 DEGREES K AND 525 TO 767 MM HG

)

METHANE, HYDROGEN, OXYGEN, NITROGEN

EXPERIMENTAL - TABLE (7 VALUES), GRAPHS

APPARATUS

DUTCH
96

391. VERSCHAFFELT» J. F. LA TENSION DE VAPEUR ET LA CHALEUR DE VAPORISATION AUX BASSES

TEMPERATURES.

(VAPOR TENSION AND HEAT OF VAPORIZATION AT LOW TEMPERATURES.)

ARCH. NEERLAND SCI. ( I I I A ) VOL. 8, 109-35 (1924)

COMMUNS. PHYS. LAB. UNIV. LEIDEN SUPPL. NO. 49.(1924)

PROC. 4TH INTERN. CONGRESS OF REFRIGERATION VOL. 1» 13-4 A (1924)

C.A. 20, 863 2 VAPOR PRESSURE* HEAT OF SUBLIMATION (SOLID) (0 TO 83 DEGREES K)

HYDROGEN, HELIUM, MERCURY

THEORETICAL - EQUATIONS, TABLE (20 VALUES)

FRENCH

392. VORONEL, A. V.

THE HEAT VAPORIZATION AND THE LAW OF CORRESPONDING STATES.

SOVIET PHYS. TECH. PHYS. VOL. 4, 270-2 (1959)

TRANSLATED FROM ZHUR. TECH. FIZ. VOL. 29, 304-6 il959) (IN RUSSIAN)

HEAT OF VAPORIZATION, LAW OF CORRESPONDING STATES

NEON, NITROGEN, OXYGEN, CARBON MONOXIDE, KRYPTON AND XENON

THEORETICAL - EQUATION

393. WAELBROECK, F., LAFLEUR , S. ANp PRIGOGINE, I. CONDUCTIBILITE THERMIQUE DES GAZ REELS.

(THERMAL CONDUCTIVITY OF REAL GASES.)

PHYSICA VOL. 21, 667-75 (1955)

THERMAL CONDUCTIVITY EXCESS DUE TO TEMPERATURE GRADIENT DIFFUSION

EFFECTS (90 TO 400 DEGREES K AND 1 TO 56 ATM)

THEORETICAL - EQUATIONS, TABLE < 19 VALUES)

FRENCH

394. WALKER, P. A-. THE EQUATION OF STATE AND THE SPECIFIC HEAT OF LIQUID ARGON.

UNIVERSITY OF LONDON, PH. D. THESIS (1956) 234 P.

P-V-T DATA (GAS) (90 TO 200 DEGREES K AND TO 500 ATM), SPECIFIC HEAT

(P=CONSTANT ) (LIQUID, GAS) (92 TO 175 DEGREES K AND 10 TO 50 ATM),

SPECIFIC HEAT ( V = CONSTANT ) ( LIQU I D, GAS) (99 TO 196 DEGREES K AND 51 TO

492 ATM), SPECIFIC HEAT ( SATURAT ION ) ( l 35 TO 149 DEGREES K), EQUATION

OF STATE

EXPERIMENTAL - TABLE (350 VALUES), GRAPHS, EQUATIONS

APPARATUS

395. WALTER, J. AND EYRING, H.

A PARTITION FUNCTION FOR NORMAL LIQUIDS.

J. CHEM. PHYS. VOL. 9, 393-7 (MAY 1941)

SPECIFIC HEATS ( V=CONSTANT ) ( P=CONSTANT ) , VAPOR PRESSURE (84 TO 148

DEGREES K), VIRIAL COEFFICIENT (150 TO 800 DEGREES K), CRITICAL

CONSTANTS, MELTING POINT

NITROGEN, BENZENE

THEORETICAL - EQUATIONS, TABLES (11 VALUES), GRAPHS
97

396. WASHBURN, E. W. (EDITOR)

INTERNATIONAL CRITICAL TABLES

MC GRAW-HILL BOOK CO., INC., NEW YORK (1928)

P-V-T, DENSITY, THERMAL CONDUCTIVITY, HEAT CAPACITY, VAPOR PRESSURE,

COMPRESSIBILITY, VISCOSITY, TRIPLE POINT, TRANSITION POINT, MELTING

POINT, BOILING POINT, SUBLIMATION POINT

BOOK

397. WEBER, S.

UNTERSUCHUNGEN UBER DIE WARMELE I TFAHIGKE I T DER GASE. II. (RESEARCHES ON THE THERMAL CONDUCTIVITY OF GAS. II.)

ANN. PHYSIK VOL. 54, 437-62 (1917)

THERMAL CONDUCTIVITY (GAS)

HYDROGEN, NEON, HELIUM, NITROGEN, OXYGEN, METHANE, CARBON MONOXIDE,

CARBON DIOXIDE

CORRELATION OF CONDUCTIVITY PARAMETERS WITH REDUCED TEMPERATURE

GERMAN

398. WEBER, S.

UBER DIE WARMELEITFAHIGKEIT DER GASE.

(THE THERMAL CONDUCTIVITY OF GAS.)

ANN. PHYSIK VOL. 82, 479-503 (1927)

THERMAL CONDUCTIVITY (GAS) (273 DEGREE'S K)

AIR, NEON, HYDROGEN, CARBON DIOXIDE

REVIEW - DATA FROM 397

GERMAN

399. WENTORF* R. H.» BUEHLER, R. J.» HI RSCHFELDER , J. 0. AND CURTISS, C. F, LENNARD-JONES AND DEVONSHIRE EQUATION OF STATE OF COMPRESSED GASES

AND LIQUIDS.

J. CHEM. PHYS. VOL. 18, 1484-1500 (1950)

C.A. 45* 3672 G EQUATION OF STATE» COMPRESSIBILITY FACTOR, SPECIFIC HEAT, FNTROPY,

INTERNAL ENERGY (GAS, LIQUID)

NITROGEN, HYDROGEN

THEORETICAL - EQUATIONS, TABLES (1600 VALUES)

400. WHALLEY, E. THE VISCOSITY OF GASES AND THE THEORY OF CORRESPONDING STATES.

CAN. J. CHEM. VOL. 32, 485-91 (1954)

VISCOSITY (GAS) (90 TO 1800 DEGREES K)

OXYGEN, NITROGEN, CARBON MONOXIDE, METHANE AND 3 OTHER GASES

CORRELATION - EQUATION, GRAPH

401. WHALLEY, E. THERMODYNAMIC PROPERTIES OF ARGON IN THE TEMPERATURE RANGE -100 TO

600 DEGREES C. AND PRESSURE RANGE TO 80 ATMOSPHERES.

CAN. J. TECHNOL. VOL. 33, NO. 2, 111-6 (1955)

P-V-T DATA (GAS) (173 TO 873 DEGREES K AND TO 80 ATM)

SPECIFIC HEAT ( P=CONSTANT ) ( V=CONSTANT ) , ENTHALPY, ENTROPY,

JOULE-THOMSON COEFFICIENT (GAS) (273 TO 873 DEGREES K AND TO 80 ATM)

CORRELATION - TABLES (900 CALCULATED VALUES), GRAPH, EQUATION
98

402. WHALLEY, E. » LUPIEN, Y. AND SCHNEIDER, W. G.

THE COMPRESSIBILITY OF GASES. VII. ARGON IN THE TEMPERATURE RANGE

TO 600 DEGREES C AND THE PRESSURE RANGE 10 TO 80 ATMOSPHERES.

CAN. J. CHEM. VOL. 31, 722~33 (1953)

C.A. 48, 3086 H VIRIAL COEFFICIENTS (GASM273 TO 873 DEGREES K)

EXPERIMENTAL - TABLE (27 VALUES), GRAPH

403. WHALLEY, E. AND SCHNEIDER, W. G.

THE LENNARD-JONES 12.6 POTENTIAL AND THE VISCOSITY OF GASES.

J. CHEM. PHYS. VOL. 20, 657-61 (1952)

VISCOSITY (GAS)

HELIUM, HYDROGEN, DEUTERIUM, FLUORINE, NITROGEN, OXYGEN, NEON

THEORETICAL - EQUATION, GRAPH

404. WHALLEY, E. AND SCHNEIDER, W. G.

INTERMOLECULAR POTENTIALS OF ARGON, KRYPTON AND XENON.

J. CHEM. PHYS. VOL. 23, 1644 (1955)

INTERMOLECULAR POTENTIAL CALCULATED FROM 2ND VIRIAL COEFFICIENT

FROM REFERENCE NUMBER 254

KRYPTON, XENON

THEORETICAL - TABLE (3 VALUES)

405. WHEELER, T. S.

THEORY OF LIQUIDS.

CURRENT SCI. VOL. 3, 347-8 (1935)

C.A. 29, 3890 3 DENSITY, SURFACE TENSION (84 DEGREES K), INTERNAL LATENT HEAT

HELIUM, HYDROGEN, NEON, NITROGEN

THEORETICAL CALCULATION

-CODED FROM ABSTRACT406. WHITE, G. K. AND WOODS, S. B. THERMAL CONDUCTIVITY OF SOLID ARGON AT LOW TEMPERATURES.

NATURE (LONDON) VOL. 177, 851-2 (1956)

C.A. 50, 11794 I THERMAL CONDUCTIVITY (SOLID) (2 TO 25 DEGREES K)

EXPERIMENTAL - GRAPH

407. WHITE, G. K. AND WOODS, S. B. THERMAL CONDUCTIVITY OF THE SOLIDIFIED INERT GASES. ARGON, NEON AND

KRYPTON.

PHIL. MAG. VOL. 3, NO. 32, 785-97 (1958)

THERMAL CONDUCTIVITY ( SOL I D ) < 2 TO 80 DEGREES K)

NEON, KRYPTON

EXPERIMENTAL ~ GRAPH, EQUATION

APPARATUS
99

408. WHITE, G. K., WOODS, S. R. AND MAC DONALD, K. D. C.

THERMAL CONDUCTIVITY IN ELEMENTAL SEMI-CONDUCTORS AND SOLID ARGON.

BULL. INST. INTERN. FROID, ANNEXE 1956-2, 91-5

C.A. 52, 886 I THERMAL CONDUCTIVITY (SOLID) (1 TO 25 DEGREES K)

SILICON, GERMANIUM

EXPERIMENTAL - GRAPH

409. WINN, E. B. THE TEMPERATURE DEPENDENCE OF THE SELF-DIFFUSION COEFFICIENTS OF

ARGON, NEON, NITROGEN, OXYGEN, CARBON DIOXIDE AND METHANE.

PHYS. REV. VOL. 80, 1024-7 (1950)

SELF-DIFFUSION COEFFICIENT (GAS) (78 TO 353 DEGREES K AND 1 ATM)

METHANE* OXYGEN, NEON, NITROGEN, CARBON DIOXIDE

EXPERIMENTAL - TABLE (6 VALUES)

APPARATUS

410. WINTER, E. R. S.

DIFFUSION OF PROPERTIES OF GASES. III. THE DIFFUSION AND THERMAL

DIFFUSION COEFFICIENTS FOR ISOTOPIC GASES AND GAS MIXTURES.

TRANS. FARADAY SOC. VOL. 46, 81-92 (1950)

THERMAL DIFFUSION COEFFICIENTS '(GAS), SELF-DIFFUSION COEFFICIENTS

(GAS) (295 DEGREES K)

HELIUM, NEON, HYDROGEN, NITROGEN, METHANE, CARBON MONOXIDE, OXYGEN,

CARBON DIOXIDE

CORRELATION - TABLES (6 VALUES), EQUATIONS

411. WIRTH, H. AND KLEMENCIC, A.

DIE WARMELEITFAHIGKEIT VON GASEN BEI NIEDEREN DRUCKeN.

(THE THERMAL CONDUCTIVITIES OF GASES AT LOW PRESSURES.)

MONATSH. CHEM. VOL. 83, 879-82 (1952)

C.A. 48, 13308 D THERMAL CONDUCTIVITY (GAS) (273 DEGREES K AND 1 ATM)

EXPERIMENTAL - ONE TABULAR VALUF, FQUATION

GERMAN

412. WOOLLEY, H. W.

NOTE ON THE RESONANCE METHOD OF MEASURING THE RATIO OF THE SPECIFIC

HEATS OF A GAS.

CAN. J. PHYS. VOL. 31, 604-12 (1953)

SPECIFIC HEAT RATIO (GAS) (297 DEGREES K AND 1 TO 20 ATM)

NITROGEN, CARBON DIOXIDE, NITROUS OXIDE, SULFUR DIOXIDE

RECALCULATION OF EXPERIMENTAL DATA FROM 68

413. WOOLLEY, H. W. AND BENEDICT, W. S.

GENERALIZED TABLES OF CORRECTIONS TO THERMODYNAMIC PROPERTIES FOR

NON-POLAR GASES.

NATL. ADVISORY COMM. AERONAUT. TECH. NOTE NO. 3272 (1956) 62 P. COMPRESSIBILITY FACTOR, INTERNAL ENERGY, ENTHALPY,' ENTROPY, SPECIFIC

HEAT (V=CONSTANT) (P=CONSTANT) , SPECIFIC HEAT RATIO, VELOCITY OF SOUND,

EXPANSION COEFFICIENT (SOLID, LIQUID, GASM18 TO 1220 DEGREES K)

THEORETICAL - EQUATIONS, TABLES OF CORRECTIONS BASED ON LENNARD-JONES

6-12 POTENTIAL
100

414. WYLIE, L. M.

THE VAPOR PRESSURE OF SOLID ARGON, CARBON MONOXIDE. METHANE, - Nl TROGEN , AND OXYGEN FROM THEIR TRIPLE POINTS TO THE BOILING POINT OF HYDROGEN.

GEORGIA INST. TECHNOL., ATLANTA, MASTER THESIS (1958) 90 P.

VAPOR PRESSURE (SOLID)

CARBON MONOXIDE, OXYGEN, METHANE AND NITROGEN

COMPILATION

(A COPY OF THIS THESIS IS NOT AVAILABLE FOR CODING)

415. YOUNGLOVE, B. A. AND DILLER, D. E. THE SPECIFIC HEAT OF SATURATED LIQUID PARA-HYDROGEN FROM 15 TO 32

DEGREES K.

CRYOGENICS VOL. 3, 283-7 (SEPT 1962)

SPECIFIC HEAT (SOLID) (22 TO 59 DEGREES K)

HYDROGEN

EXPERIMENTAL - TABLE (12 VALUES), GRAPH

APPARATUS

416. ZAITSEVA, L. S.

AN EXPERIMENTAL INVESTIGATION OF THE HEAT CONDUCTIVITY OF MONATOMIC

GASES OVER WIDE TEMPERATURE INTERVALS.

SOVIET PHYS. - TECH. PHYS. VOL. 4, 444-50 (1959)

ZHUR. TEKH. FIZ. VOL. 29, 497-505 (1959)

C.A. 53, 19551 H HEAT CONDUCTIVITY (GAS) (273 TO 773 DEGREES K)

HELIUM, NEON, KRYPTON, XENON, MERCURY

EXPERIMENTAL - GRAPH, EQUATION

417. ZHDANOVA, N. F. TEMPERATURE DEPENDENCE OF VISCOSITY OF LIQUID ARGON.

SOVIET PHYS. JETP VOL. 4, NO. 5, 749-50 (1957)

ZHUR. EKSPTL. I TEORET. FIZ. VOL. 31, 724-5 (1956) (IN RUSSIAN)

VISCOSITY (LIQUID) (90 TO 149 DEGREES K)

EXPERIMENTAL - TABLE (10 VALUES), GRAPH

'LETTER TO EDITOR"

418. ZIEBLAND, H.

DIE WARMELEITFAHIGKEIT VON STICKSTOFF, SAUERSTOFF UND ARGON IN FLUSSIGEM UND GASFORMIGEM ZUSTAND.

(THE THERMAL CONDUCTIVITY OF NITROGEN, OXYGEN AND ARGON IN THE LIQUID

AND GASEOUS STATES.

DECHEMA MONOGRAPHIFN (GERMANY) VOL. 32, 74~82 (1959)

THERMAL CONDUCTIVITY ( GAS ) ( 90 TO 200 DEGREES K AND 24 TO 120 ATM)

NITROGEN, OXYGEN

REVIEW - GRAPHS

GERMAN
101

419. ZIEBLAND» H. AND BURTON, J. T. A. THE THERMAL CONDUCTIVITY OF NITROGEN AND ARGON IN THE LIQUID AND

GASEOUS STATES.

BRIT. J. APPL. PHYS. VOL.- 9, 52-9 (1958)

C.A. 52. 10704 G THERMAL CONDUCTIVITY ( LIQUID.GAS ) ( 85 TO 200 DEGREES K AND 1 TO

135 ATM)

NITROGEN

EXPERIMENTAL - TABLE (175 VALUES), GRAPH, EQUATION

420. ZIEGLER, W. T., MULLINS, J. C. AND KIRK, B. S.

CALCULATION OF THE VAPOR PRESSURE AND HEATS OF VAPORIZATION AND

SUBLIMATION OF LIQUIDS AND SOLIDS, ESPECIALLY BELOW ONE ATMOSPHERE

PRESSURE. II. ARGON.

GEORGIA INST. TECH., ENG. EXP. STA.» TECH. REPT. NO. 2 (JUN 1962)

VAPOR PRESSURE, HEATS OF VAPORIZATION AND SUBLIMATION (20 TO 88

DEGREES K)

CORRELATION - EQUATIONS, TABLES (90 VALUES'

421. ZIEMAN, C. M.

DIELECTRIC CONSTANT OF ARGON AT 9700 MEGACYCLES.

J. APPL. PHYS. VOL. 24, 110 (1953)

C.A. 47, 4674 A DIELECTRIC CONSTANT (273 DEGREES K AND 1 ATM)

EXPERIMENTAL - ONE TABULAR. VALUE

•LETTER TO EDITOR*

422. ZUCKER, I. J. ANHARMONIC EFFECTS IN THE THEORY OF SOLID ARGON.

PHIL. MAG. VOL. 3, 987-98 (1958)

ISOTHERMAL COMPRESSIBILITY, EXPANSIVITY, SPECIFIC HEAT ( V=CONSTANT ) ( P= CONSTANT) (SOLID) (0 TO 80 DEGREES K)

THEORETICAL - GRAPHS, EQUATIONS, TABLE (40 VALUES)

423. ZUCKER, I. J. THE REDUCED EQUATION OF STATE OF INERT GAS SOLIDS AT ABSOLUTE ZERO.

PROC. PHYS. SOC. (LONDON) VOL. 77, NO. 4, 889-900 (1961)

EQUATION OF STATE ( SOLID >( DEGREES K), LAW OF CORRESPONDING STATES,

QUANTUM MECHANICAL CONSTANTS, QUANTUM EFFECTS ON INERT GASES

NEON, DEUTERIUM, HYDROGEN, HELIUM, XENON, KRYPTON

THEORETICAL - EQUATION

424. ZWANZIG» R. W.» KIRKWOOD, J. G.» OPPENHEIM, I. AND ALDER, B. J.

STATISTICAL MECHANICAL THEORY OF TRANSPORT PROCESSES. VII. THE

COEFFICIENT OF THERMAL CONDUCTIVITY OF MONATOMIC LIQUIDS.

J. CHEM. PHYS. VOL. 22, 783-90 (1954)

C.A. 48, 11862 G THERMAL CONDUCTIVITY (LIQUID)

COMPARISON OF THEORY WITH EXPERIMENTAL AT NORMAL BOILING POINT.

THEORETICAL - EQUATIONS
102

425. ZWANZIG» R. W.» KIRKWOOD* J. G. » STRIPP, K. F. AND OPPENHEIM, I. RADIAL DISTRIBUTION FUNCTIONS AND THE EQUATION OF STATE OF MONATOMIC

FLUIDS.

J. CHEM. PHYS. VOL. 21* 1268-71 (1953)

EQUATION OF STATE. P-V-T DATA. INTERNAL ENERGY ISOTHERMAL

COMPRESSIBILITY (100 TO 600 DEGREES K)

THEORETICAL - EQUATIONS, TABLES

426. ZWANZIG* R. W.» KIRKWOOD* J. G. » STRIPP, K. F. AND OPPENHEIM, I. ERRATA. RADIAL DISTRIBUTION FUNCTIONS AND THE EQUATION OF STATE OF

MONATOMIC FLUIDS.

J. CHEM. PHYS. VOL. 22* 1625 (1954)

C.A. 49, 22 F ISOTHERMAL COMPRESSIBILITY (LIQUID) (87 DEGREES K)

CORRECTION TO REFERENCE NUMBER 425

GPO 841-853