ECHTE, study of oil shale from

73

508-516

ELECTRIC power, generation of as by-product of oil shale carbonization in Estonia, by H. A. Wahl

242

35

50 ’38-50 ‘52

ELECTRICAL carbonization of oil shale, by Sarapuu

185

1403-1417

“ carbonization of oil shale, methods and equipment for, November 1944 (translated)

142

C-9

20 ’74-20 ‘87

ELECTRON microscope, examination of oil shale with an (translated)

142

F-3

70 ‘1-70 ‘12

ENGLAND, oil shale in

187

4375-4381

EROSION of kerogen, by N. A. Orlov and O. A. Radchenko, J. Appl. Chem., USSR, Vol. 7, pp. 1476-1479

255

110 ’15-110 ‘16

ESTONIA, oil shale in

187

4298-4326

253

470-472

“ , oil shale carbonization in

15

1567-1570

ESTONIAN oil shale industry

122

33

2450-2465

“ oil shale industry, private report and review of

70

723-736

“ oil shale - Kukersit, its chemistry, technology and composition, by K. Luts

230

“ shale, concentrate from

65

VI

1..13-1..39

“ shales, oil content of

186

2906-2911

EUROPE, oil shale in

187

4294-4297

EXPLORATION work in 1944

186

2405-2409

EXTRACTION of LTC tars and oil shales with selective solvents, by Prof. Terres

97

0 ’11-0 ‘29

“ of oils from shale by means of high boiling oils

187

3778-3782

“ of oil from shale by means of tetralene

187

4107-4117

FRANCE, oil shale in

187

4358-4365

“ , oil shale carbonization in

184

180-191

FRENCH shale oil industry. Reported by W. W. Odell and E. L. Baldeschwieler

198

40 ’44-40 ‘48

FROMMERN, layout of oil shale plant at

123

136

FROMMERN oil shale project, Scweitzer process

186

2916-2938

2965-3148

“ plant

187

3547-3549

3553-3556

“ plant, correspondence

187

3561-3649

“ plant, ground plan of

123

138

“ project (Lurgi files)

187

3252-3289

“ , proposal of 1,000 ton daily carbonization plant at, May 1942, (translated)

142

B-2

10 ’96-10 ‘107

FUSION of shale during carbonization (translated)

142

F-1

60 ’84-60 ‘88

GEOLOGICAL map of oil shale formation

186

2609-2611

GERMAN, oil shale

187

3742-3754

“ oil shales, short statement on

123

60 ’75-60 ‘82

GORUCHIE Slantsi (“Oil Shale”), 1931-1935. Incomplete. In Russian. Not indexed.

255

0 ‘8-70 ‘88

GRAF carbonization process, drawings and maps

187

3765-3777

“ furnace, rough sketch of

187

3802-3803

“ ideas and proposals on utilization of oil shale

242

29

40 ’86-40 ‘91

“ LTC oil shale process, description of

242

28

40 ’74-40 ‘85

“ pilot plant, testing and operation of (abstracted)

142

F-7

70 ’34-70 ‘51

HOLZERN design of pilot plant

184

551-552

“ , preparations of first experiment to be carried out at, (horizontal and vertical carbonization methods)

184

553-558

HUBNER, correspondence of Mr.

184

511-545

HUBOFEN, experimental

123

78

“ of Lurgi, general assembly drawing of

123

80

“ , gas recirculation in

123

82

“ for distillation of shale, drawing of Lurgi’s

123

77

“ for oil shale carbonization

142

A-1

0 ’34-0 ‘41

“ , product recovery with

123

84

HUMIC acids, recovery of from shale and their properties, by L. A. Khristeva, et al, J. Appl. Chem. (USSR), Vol. 13, 1940, pp. 132-139

255

110 ’49-110 ‘52

HYDROGENATION research on shales and shale concentrates

253

475-479

ICHTHYOL from oil shale, production of

184

231-232

“ , literature concerning production of from oil shale

185

1472-1483

ITALY, oil shale in

187

4368-4374

KABLITZ furnace for carbonization of oil shale

187

3763-3764

“ furnace, rough sketch

187

3887-3888

KENDERLIK shales as raw material for motor fuel, by V. A. Lanin and N. V. Ershov, J. Appl. Chem. (USSR), Vol. 12, 1939, pp. 1475-1480

255

110 ’40-110 ‘43

KEROGEN content of oil shales, determination of suitable methods of concentrating, (translated)

142

E-24

60 ’68-60 ‘76

LABORATORY reports, routine

185

1739-1924

186

1925-2263

LATVIAN sapropel, evaluation of

15

1602-1603

“ sapropel, extraction of

55

408-409

LIKA, Yugoslavia, oil shale deposits in

184

218-230

LTC of Estonian oil shale

221

80 ’67-80 ‘69

“ of oil shale (clippings)

187

4149-4155

“ of oil shale, Prof. Borchert’s proposal for

184

168-179

“ of oil shale, proposal of

184

140-150

“ plant layout, oil shale

123

3-4

LT distillation plant, methods and products

123

28-35

LUMP size, study of influence of on complete carbonization of oil shale, (translated)

142

F-2

60 ’99-60 ‘118

LURGI LTC oven, detailed drawings of

123

132-134

“ “ oven, cast iron grate for

123

128

“ “ oven for oil shale, support of grate for

123

125

“ process, work-up of oil from Puertollano shale by

162

803-815

“ -Schweitzer, data pertaining to shale distillation plant system, translation and original

223

10061-10070

“ -Schweitzer process, notes on shale oil plant for thruput of 600 tons by, in English

223

10000-10008

Do., German original

10009-10011