ALUMINA, active, production of,

2

2168

11

50 ‘88-50 ‘94

ALUMINUM alcoholates in the textile industry

72

405-436

“ “ , medicinal use of

72

368-404

“ di-, hydroxide

70

682-683

“ plant, Bitterfeld, visit to

162

211-214

“ tri-formate, production of

2

2168

11

50 ‘76-50 ‘87

AMMONIA plant, flow sheet of, Oppau

193

23497

“ synthesis, circulation pressure release gas, Leuna, Sk 20543

195

30932

AMMONIUM persulfate, studies on the synthesis of with lead peroxide anodes by Y. Momotari and H. Kada

231

70 ‘82-70 ‘95

ARSENIC compounds

145

99

“ and its compounds, literature survey on

253

292-296

“ , autoclave experiments on the removal of, from Bruex tar products

168

19-22

“ in Bruex tar, experiments with,

168

23

“ removal from coal tar

170

502-509

ARSINE

204

194-200

BORON trifluoride manufacture, Kd 1458 methods of,

28

2167

120

“ “ , Kd 1507 flow sheet for the manufacture of,

28

2167

121

CALCIUM carbide manufacture, Schkopau

191

24983

25016-25037

“ “ , production and uses of in Germany, Reported by H. A. Curtis

196

50 ‘43-50 ‘54

“ chloride for drying hydrocarbon gases

167

330-343

“ nitrite solution, flow sheet for the production of, Leuna M. 7535-2

195

31773

CARBIDE, cyanamide, and cyanide, German industry. Reported by W. G. McBurney, G. W. Sinclair and H. S. Sutherland

198

20 ‘29-20 ‘56

CARBONYLS, metal, preparation of and their physiological effects

14

493

CARBONYLS, metal, survey of literature on,

125

66-72

2nd series

CHLORHYDRINS, conversion of, to oxides and carbonyl compounds, by Hartmann and Saenger

21

18..209-18..213

CHLORINE, absorption of in sulfur chloride

26

12..639-12..640

“ cells, vertical mercury of I. G. Farbenindustrie, A. G., prepared by W. C. Gardiner, et al.

240

30 ‘1-30 ‘32

“ , experience with the 1 m catalyst reactor in Op 629 HCl oxidation

29

8..475-8..481

“ , HCl oxidation plant in Heydebreck

29

8..493-8..508

8..513-8..516

“ , discussion of the Oppau HCl oxidation process, 1944

29

8..509-8..512

31

17..1098-17..1106

“ , hydrogen chloride oxidation plant

119

10 ‘47

“ , cost of compression of by different methods

29

8..533

“ , flow sheet of Deacon process plant, Leuna M 5204-2

195

31781

“ , purification, description of a process for the removal of impurities from gases and vapors

29

8..482-8..492

“ recovery from HCl

28

2167

70-75

“ and sodium hydroxide production, Schkopau

191

25039-25054

“ in SCl2, solubility of,

29

8..517-8..522

“ solution in sulfur dichloride, physiological effects of,

29

8..523-8..527

CHROMIUM nitrate from sodium bichromate

50

519-521

“ “ from Na₂Cr₂O₇, preparation of,

50

501-506

FULLERS’ earth, information gained in the extraction of,

60

816-832

“ “ , regeneration of,

60

683-704

800-814

“ “ , remarks on,

146

106

GELS, the production of mineral, by P. G. Sprelkov, Kislorod 1945, No. 2, pages 36-37, in Russian

258

30 ‘19

HYDRAZINE, synthesis of, from urea, by T. Yamamoto and H. Nakao

231

80 ‘43-80 ‘50

“ , synthesis of, by Y. Momotari, T. Yamamoto, and S. Endo

231

80 ‘33-80 ‘42

HYDROGEN fluoride in organic chemistry

167

15-22

“ peroxide, from alkyl antraquionones

32-I

158.1305-158.1307

“ “ (T-stuff), catalytic decomposition of,

32-I

137.1177-137.1178

“ “ , chemical and physical data on T-stuff

32-I

148.1263-148.1279

“ “ concentrate, instructions for storage and handling of,

32-I

139.1182-139.1205

HYDROGEN peroxide and alkali peroxides by autooxidation of organic compounds, production of,

32-I

163.1330-163.133*

“ “ flow sheet of plant for manufacturing T-stuff concentrate

32-I

143..1235

“ “ “ letter concerning aluminum tanks for storage of,

32-I

136.1175-136.117*

145..1246

“ “ concentrate, drawings of aluminum tanks for storing

32-I

153.1295-156.129*

“ “ concentrate, particularly against explosive and incendiary bombs, safety in storage of,

32-I

138.1179-138.118*

141.1218-141.123*

“ “ concentration plants at the first Naval Fuel Depot, design and operation of, by S. Shinoda, Y. Yamamoto, S. Suzuki and S. Hyashe

231

80 ‘19-80 ‘32

“ “ , detail drawings of flanges and tubes for T-stuff storage

32-I

144.1236-144.12**

“ “ development work on the production of,

119

10 ’46

“ “ distillation process

147.1249-147.12**

“ “ development of distillation process for concentrating

32-I

135.1115-135.11**

“ “ drawings of aluminum tank for T-stuff storage

32-I

142..1234

“ “ Elektrochemische Werke, Hollriegelskeut, reported by W. G. Gormley

197

10 ‘6-10 ‘15

“ “ , physical data on,

112

1229-1231

32-I

148.1263-148.12**

“ “ plant, requirements of, alloy steels, aluminum, etc. for,

32-I

157.1301-157.13**

“ “ , decomposition of T-stuff, discussion of further work on,

32-I

134..1114

“ “ preparation of, from propane peroxide

81

4848-4851

“ “ production through 2-ethyl hydroquinone. Reported by W. G. Gormley

197

10 ‘1-10 ‘5

“ “ , recovery of, from propane peroxides, by P. L. Kooijman

79

2595-2640

Translation, Phillips Petr. Co.

245

50 ‘80-50 ‘12*

HYDROGEN peroxide solution, proposed process for concentrating the 20%

32-I

152.1288-152.1294

“ “ production, solvents for use in

32-I

151.1286-151.1287

“ “ , stabilizers for T-stuff (inhibitors for H₂O₂ decomposition)

32-I

149

149.1280-149.1282

“ “ , preparation 77 (T-stuff stabilizer

32-I

150.1283-150.1285

“ “ , standardized testing of catalysts for decomposition of T-stuff

32-I

133..1113

“ “ , studies on the synthesis of from water vapor by the electric discharge method, by H. Fujimoto, Y. Momotari, and T. Konosu

231

70 ‘104-70 ‘ 117

“ , transportation of T-stuff (letter)

32-I

146.1247-146.1248

IRON carbonyl and nickel carbonyl, physical data on,

104

26665-26682

“ nitride formation and reduction under hydrogenation conditions

165

573-577

“ supplies, powdered

119

0 ’59-0 ‘64

0 ’66-0 ‘71

KIESLGUR shipment, testing of,

42

3439

24

877-892

Translation S-93

274

1759-1760

“ , summary of information concerning the preparation of, for Ruhrchemie

42

3439

24

877-892

Translation M. Beth, S-94

274

1761-1762

“ supply

42

3439

24

877-892

Translation S-91

274

1755-1757

“ purification, utilization of waste gases for,

42

3439

24

877-892

Translation S-95

274

1763

METALLIC oxides and sulfides

167

95-104

NICKEL and iron carbonyls, physical data on

104

26665-26682

NITROUS oxide, explosive properties of,

219

20 ‘1-20 ‘24

“ “ , (GM 1) for aviation engines

26

5..53-5..139

“ “ , GMI, production of. Reported by C. R. Housman

239

20 ‘73-20 ‘82

POTASH, production of caustic, in mercury chlorine cells, reported by William C. Gardiner, et. al.

240

30 ‘33-30 ‘42

SELENIUM-containing sulfur in the cellulose industry

73

233-237

SILICA gel, drying and dry-keeping through the use of,

27

2169

56..305-56..315

“ “ , experiments on drying of liquids with,

27

2169

57..316-57..318

SILICA gel, Oppau discussion of,

169

65-66

“ “ pellets, pressure drop in loosely packed

118

40 ‘77-40 ‘92

“ “ , report on some, Jan. 21, 1936

106

28353-28366

SILICON sulfide, investigation of causes of formation of deposits during the gasification and firing of bituminous coals

24

3..228

SLAG, utilization of blat furnace, in Germany, reported by G. W. Josephson

240

40 ‘27-40 ‘47

SODIUM amalgam, use of for reduction of nitrobenzene and other organic compounds, and production of sodium hydro sulfite, reported by W. C. Gardiner

240

20 ‘85-20 ‘98

SODIUM carbonate, conversion of into sodium sulfide in sulfurization

165

535-536

“ hydroxide and chloride production, Schkopau

191

25039-25054

“ sulfide (sulfigran), composition of

75

617

Translation, Phillips Co.

245

20 ‘18

“ “ is oxidized to sulfate

145

52-55

“ “ , polymerizing action of,

145

374-375

“ “ sample, testing of a special

145

376-378

“ “ melt, comparison of crude with sulfigran

203

929-930

“ “ production

164

785-786

“ “ (sulfigran) plant

30

15..999-15..1**

“ “ , composition of sulfigran

75

617

Translation by Phillips Petr. Co.

245

20 ‘18

SULFOCHLORIDE plant, Leuna, M 2908-1

195

31676

SULFO chlorination, the replacement of kogasin by other base materials for,

249

40 ‘119-40 ‘12*

SULFUR from anhydrite, Lurgi specifications for a plant for production of,

73

188-213

“ on coal, production and consumption of

38

3450

12

10 ’38-10 ‘43

“ dichloride and solutions of chlorine in sulfur dichloride, physiologic effects of,

29

8..523-8..52*

“ dioxide, heat removal during production of,

189

21587-21598

“ dioxide production

189

21395-21399

“ “ , “ of highly concentrated, by burning sulfur in oxygen

204

232-239

“ “ , experiments on the production of,

204

214-219

“ purification with F-carbon

166

658-665

“ recovery from spent purification oxide, Ruhrgas A. G., reported by H. Bardgett

226

0 ‘46-0 ‘52

“ recovery plant

36

3454

18

20 ‘27-20 ‘51

SULFUR recovery from zinc blend smelter

73

183-187

“ saving

145

100

TONALON, Al₂(OH)₅ C1, manufacture of,

2

2168

11

50 ‘46-50 ‘52

“ (water-soluble alumina), preparation of,

27

2169

4..19-4..28

“ , uses for

2

2168

11

50 ‘53-50 ‘63

ZIRCONIUM oxide gel, preparation of,

27

2169

3..10-3..18