Return to Table of Contents

THERMAL PHENOMENA

       
 

TOM REEL

BAG

ITEM

FRAMES

ALCOHOL still, heat transfer conditions in

118

   

20 ‘110-20 ‘121

ALKALI dehydrogenation of primary alcohols, heats of reaction of, by Geib

193

   

23431-23434

ALUMINUM oxide plates, heat transfer coefficient of

46

3446

 

761-763

BOMBS similar to combustion chambers, heat transfer losses in

93

   

1022-1029

BUTADIENE synthesis, summary of heats of reaction for compounds entering into

31

2078

 

1..15-1..22

BUTENEDIOL, heat of formation of

31

2078

 

8..52-8..74

CATALYST tube, heat transfer in high pressure

118

   

60 ’31-60 ‘50

“ tube, heat transmission and distribution in 250 mm

103-II

   

7253-7270

CATALYTIC polymerization of olefin-containing liquefied gases, heat transfer experiments in high pressure plant for

109

   

9100-9134

“ reactions, heat transfer problems in

190

   

23585-23595

COAL paste, heat exchange of

201

   

540-542

218

   

90 ’52-90 ‘55

“ paste, measurements of heat transfer in

201

   

157-158

COOLANTS, heat conductivity, specific heat and heat transfer of

111

   

11069-11071

COOLING down and heating up processes, theory of, by Pfriem

172

   

331-358

DEHYDROGENATION, calculation of heat of reaction of, by Dr. Donath

164

   

133-142

DILUTION of hydrochloric acid, heat of, diagram

24

3391

46

 

“ of sulfuric acid, heat of, diagram

24

3391

45

 

EQUATIONS of state of real gases and their use for calculating Joule-Thomson effect on hydrogen

174

   

560-570

FINNED tubes in grouped arrangement

111

   

11043-11047

FISCHER hydrocarbon synthesis, heat relationships in

26

   

10..424-10..480

HEAT balance and temperature relationships in liquid phase, Scholven III

11

2247

9

40 ’25-40 ‘31

Translation T-39

237

   

20 ’13-20 ‘18

“ balances in liquid phase stall, actual and ideal

214

   

30 ’96-30 ‘99

“ conduction in periodically changing (quasi stationary) temperature fields, theory of, thesis by Pfriem

172

   

293-323

“ conductivity of catalysts

46

3446

 

66-69

“ conductivity of vessels

182

   

7935-7940

“ efficiency of hydrogenation

181

   

6633-6636

Translation T-48

237

   

30 ’56-30 ‘58

“ engineering

118

   

50 ’13-50 ‘120

       

60 ‘1-60 ‘19

“ of combustion of uncommon fuels, theoretical computation of

112

   

513-522

“ of polymerization of gasol, determination of

16

   

2628-2647

 

107

   

29214-29232

“ of reaction, drawing to report on, Scholven, BK 187-16

89

2243

5

40 ‘42

“ of reaction during polymerization of olefins, December 5, 1938

106

   

28976-28979

“ problems, discussions of

19

   

174.3017-174.3100

“ transfer and heat transfer numbers

71

   

178-179

“ transfer number, variations of from November 1941 to October 1942 in one stall, Poelitz

78

   

42-43

HEAT transfer coefficient of preheater, approximate calculations of

162

   

572-576

Translation T-61

237

   

40 ’41-40 ‘45

“ transfer coefficient of spiral regenerator filling, Kislorod 1947, No. 3, pp. 28-35, in Russian

258

   

60 ‘9-60 ‘12

“ transfer measurements with engine cooler using different coolants

111

 

11055-11060

“ transfer, principles of and design of heat exchangers

32-II

2078

 

242.1800-242.181*

“ transfer values of heat exchanger and preheater of Welheim extract hydrogenation stall, by H. Schappert

9

2733

10

30 ’85-30 ‘93

HIGH pressure synthesis installations, heat transfer problems in

188

   

20174-20224

“ “ , high temperature heating at 250 atm, reported by E. W. Halbach

240

   

30 ’43-30 ‘51

“ “ tubes 160 mm i.d. with fins 340 x 400 mm, measurement of heat transfer of

111

   

11072-11079

“ “ tubes with expansion fins, determination of outward heat transfer values of

111

   

11036-11042

“ “ tubes with slipped-on fins, determination of outward heat transfer values of

111

   

11027-11035

HOT gas recycle (vapor phase), removal of heat of reaction by

201

   

65-67

 

214

   

30 ’33-30 ‘40

HYDROGENATION, heats of reaction of, hydrogen requirements

162

   

373-376

“ of Silesian bituminous coal, heat transfer characteristics during

145

   

108

IRON sulfide-crusted high pressure pipe, report on heat transfer of

103-II

   

7175-7182

METHANOL synthesis, heat of reaction and thermodynamic equilibrium of

192

   

22272-22279

OILS, heat conductivity and specific heat of

111

   

11048-11054

OUTSIDE heat exchange in high pressure tubes, measurement of

109

   

8794-8810

PERIODIC heat transfer, problems of with reference to piston engines

172

   

367-380

PIPES with welded or pressed fins, heat transfer by

103-II

   

7146-7156

RAPIDLY changing temperatures of gases and liquids, measurement of, by Pfriem

172

   

259-366

SHIFT reaction at Auschwitz, heat balance in

2

2168

10

10 ’77-10 ‘85

SPECIFIC heat of coal paste and middle oil

11

 

9

40 ’32-40 ‘35

Translation T-34

237

   

10 ‘111-10 ‘114

“ heats, average, of diatomic gases, CO2 and steam. Reprint from Zeitschrift fur Technikal Physik, 1928. Illegible.

213

   

40’42-40 ‘53

“ heats of coal paste, middle oils, gasolines and technical gases

164

   

417-427

TAR, heat of evaporation and condensation of

189

   

20977-20987

TEMPERATURE dependence of reactions which occur in hydrogenation of bituminous coal liquefaction middle oil over 5058, 7846 and 8376 (7846 W 250)

254

   

170-185

THERMAL conductivity of multi-coated pipes

107

   

29076-29086

“ conductivity of two rolled tubes, measurement of

107

   

29309-29321

UNIT cooler, heat transfer and flow resistance of various liquids in specially designed, (hydrogenation process), by M. Josenhans

188

   

20016-20110

VAPOR phase, diagrammatic heat flow and heat balance of

24

   

3..226

WASTE heat utilization, Leuna

9

 

4(d)

 

Translation

143

   

20 ’84-20 ‘89