TOM REEL

BAG

ITEM

FRAMES

16

2765-3018

“ , fatty, data on

122

25

2370-2380

ADIABATIC final temperature, heat content and adiabatic changes in heat between O 0 and 3,000°C, tables for determination of

102

6585-6687

ALCOHOL fraction of oxo products, physical data on

14

791

ALCOHOLS made from olefins from LTC tar, data on

14

804

ALDEHYDES, paraffins and olefins of low molecular weight, physical constants of

155

242-244

“ samples, physical and chemical data on three

14

790

BENZENE-gasoline-methanol mixtures, physical properties of

72

600-604

BOILING points of different materials, table of,

5

2746

1

70 ‘52

“ points of various oils

150

6

BUTADIENE and related compounds, physical properties of

32-I

168.1385-168.13**

COMBUSTION temperatures of mixtures consisting of H2S and CO2, computation of

132

16

20 ‘1-20 ‘5

Translation

259

743-745

COMPRESSIBILITY of hydrocarbons

106

2784027480-27484

“ of industrial gases

21

173.2950-173.30**

“ of technically important mixtures of pure gases

117

60 ’34-60 ‘99

70 ‘1-70 ‘3

COOLING curves of liquids

11

2247

8

30 ‘80

C3 hydrocarbons unabsorbed in activated charcoal at different temperatures

71

536-539

CURVES, tables and diagrams, large collection of, Linde

233

95-721

234

4-689

DENSITIES, vapor pressures and viscosities of aliphatic amines

32-II

2078

224.1695-224.1704

DEW point curves of lighter hydrocarbons, table for computation of at different pressures

24

1928

1..20

(1..13-1..24)

Translation T-7

237

0 ’68-0 ‘69

ETHERS in hydrocarbons, vapor pressures of at low temperature, June 27, 1946

106

27635-27640

FACTORS, conversion, of English and American units to metric units

183

8213

FRACTIOINATION residues, boiling points of

46

3446

98

FREEZING point lowering by tetranitromethane

112

1409-1418

GAS constants, table of

192 183

21965-21984 8214-8232

“ oil, partial pressure of

166

354-362

GASES and vapors, physical characteristics

188

20566-20654

“ in dissociation state, numerical factors for, by F. A. F. Schmidt. Reprint, 1934.

213

40 ’77-40 ‘83

GASOLINE-benzene-methanol mixtures, physical properties of

72

600-604

“ , methanol and water, flow resistance and heat transfer characteristics of

188

20016-20110

HEAT contents, adiabatic final temperature and adiabatic changes in heat between 0° and 3,000°C, tables for determination of, Lutz and Noeggerath

102

6585-6687

“ conductivity and specific heat of liquids. Stuart.

73

732-735

Do.

61

70

1511-1514

“ of reaction, DHD

251

1053

“ values, gross, for gases

7

2746

5

10 ‘14

HEXANES and pentane, isomerization constants of

167

356-357

HYDROCARBONS, principal data on

183

8173-8212

“ , lubricating properties of

167

125-128

“ mixtures, determination of average molecular weights of

80

3189-3195

3223-3226

3231-3262

HYDROCARBONS, physical properties of

167

344-350

168

228

“ , physical properties of some pure, by S. Komatsu

232

70 ’59-70 ‘78

80 ‘1-80 ‘24

“ , viscosity graphs of pure

80

2978-2980

HYDROGEN peroxide concentrates, graphs representing decomposition of

32-I

111..919

111..930

111..951

“ peroxide, physical and chemical data on T-Stoff (concentrated H2O2)

32-I

2078

148.1268-148.127*

112

1229-1231

“ peroxide, physical data on

112

1229-1231

IRON carbonyl and nickel carbonyl, physical data on

104

26665-26682

ISOMERIZATION constants of hexanes and pentanes

167

356-357

JOULE-Thompson effect for hydrogen, calculating

253

247-257

LIQUID air, evaporation of at 1 atm, curve of

117

50 ‘7-50 ‘9

METHANOL-gasoline-benzene mixture, physical properties of

72

600-604

“ , water and gasoline, flow resistance and heat transfer characteristics of

188

20016-20110

NICKEL carbonyl and iron carbonyl, physical constants of

104

26665-26682

NITROGEN, thermodynamic properties of at low temperatures and pressures to 200 atm, by S. Y. Gersh and O. A. Ben’yaminovich, Kislorod 1947, No. 5, pp. 21-26, in Russian

258

60’58-60 ‘67

“ oxides, thermal and calorific data on

112

844-861

222

3403-3434

3435-3451

NITROUS oxide, compressibility of

222

3605-3611

“ oxide, thermal and heat data on, by G. Kling

216

40 ‘1-40 ‘16

OCTANE number of naphthenes

165

447-459

168

262-274

OILS, boiling points of various

150

6

OLEFINS, paraffins and aldehydes, physical constants of low molecular weight

155

242-244

OXO products, physical and chemical constants of

14

623

OXYGEN, physical data on

195

31709

PARAFFINS, olefins and aldehydes, physical constants of low molecular weight

155

242-244

PENTANES and hexanes, isomerization constants of

167

356-357

POLYMER lube oils, synthetic, physical constants

80

3875-3887

REACTION velocities, determination of

172

545-559

REDUCTION of SO2, physico-chemical basis of

73

225-228

REFRIGERATION, curves and numerical data for, collected by Linde Eismaschinen A. G.

154

953-982

RHOMBIC sulfur, physical data on

195

31711

RICH gases, specific data on, graph

89

2747

37

0 ‘18

SCATTERING of values as measure of reproducibility

155

1133-1136

SPECIFIC heat and heat conductivity of liquids, by Stuart

73

732-735

61

70

1511-1514

“ heat, average, of diatomic gases (N2, CO, O2, H2, carbon dioxide and water vapors between 0 and 3,000° abs.), reprint Z. f. Technische Physik, Vol. 9, 1928, pp. 81-92. By F. Schmidt and H. Schnell.

210

40 ‘7-40 ‘18

“ gravity, vapor tension and viscosity of amines of aliphatic hydrocarbons, by Kling

222

3612-3621

STEAM tables and diagrams

118

60 ’60-60 ‘83

70 ‘1-70 ‘28

SULFIDES and oxides

24

3..229-3..238

167

95-104

SULFUR dioxide, physical data on

195

31710

“ trioxide, physical data on

195

31712

TEMPERATURE/viscosity curve of lubricating oils, by Hugel

205

939-942

TERNARY hypergol system: furfuryl alcohol-aniline-2, methyl tetrahydropyrrole

32-I

97..651-97..657

TETRAHYDROFURAN containing water and nickel carbonyl, vapor pressure of

27

2077

7

7..21

THERMAL conductivity of various materials

188

20566.20654

VAPOR pressure diagrams of alcohols and n-fatty alcohols

24

3391

52

“ pressure diagram of alcohols, ethers, aldehydes, ketones and n-fatty acids

24

3391

51

VAPOR pressure diagrams of amines and fatty acids

24

3391

50

“ pressures, densities and viscosities of aliphatic amines

32-II

2078

224.1695-224.170*

“ pressures of lower hydrocarbons (six graphs)

5

2746

1

60 ’37-60 ‘42

“ pressure of methylbutanediol-1,4, table of

27

2077

3

3..12

“ pressures of paraffin hydrocarbons and fatty alcohols, nomogram for calculation of

24

3391

49

“ pressures of some hydrocarbons as function of temperature

168

238-244

“ pressure, raising, by raising total pressure

24

1..5-1..7

“ tension, specific gravity and viscosity of amines of aliphatic hydrocarbons, by Kling

222

3612-3621

VISCOSITIES, vapor pressures and densities of aliphatic amines

32-II

2078

224.1695-224.170*

VISCOSITY graphs of pure hydrocarbons

80

2978-2980

“ tables expressed in centistokes

182

7029

“ , vapor tension and specific gravity of amines of aliphatic hydrocarbons, by Kling

222

3612-3621

WATER, methanol and gasoline, flow resistance and heat transfer characteristics of

188

20016-20110