AMINES, AMIDES, AND IMIDES

ADIPIC di-nitrile and hexamethylene diamine, manufacture of, reported by J. W. Fisher

226

50 ‘67-50 ‘74

ALKYLANILINES and ketoanils, synthesis of,

22

72.882-72.886

ALLYLANILINE and di-hydro methyl indol, preparation of,

119

0 ‘52-0 ‘58

AMINES of aliphatic hydrocarbons, vapor tension, specific gravity and viscosity of, by Kling

222

3612-3621

“ and acetylene, products formed by interaction of, reported by J. D. Rose

227

20 ‘83-20 ‘88

“ and fatty acids, vapor pressure diagrams of,

24

3391

50

“ , aromatic, by hydrogenation under pressure, preparation of,

18

67..760-67..788

“ from aldehydes and ketones by hydrogenation in the presence of ammonia, preparation of,

18

65..624-65..653

Translation

144

10 ’’28-10 ‘33

“ , unsymmetric disubstituted (urea)

54

775-776

BENZYLAMINES and phenetol, the vacuum refining of mixtures

15

2285-2291

N-CHLORO-AMIDES of higher molecular fatty acids and their conversion products, by Jacobs, English translation

240

40 ‘20-40 ‘26

DI-HYDROMETHYL indole and allyl aniline, preparation of,

119

0 ‘52-0 ‘58

DIMETHLAMINE manufacture

116

80 ‘1-80 ‘6

DIMETHYL formamide, properties of,

55

652-654

“ “ , memorandum on,

55

664-668

FORMAMIDE manufacturing process, declaration of readiness for construction and brief description of,

116

40 ‘41-40 ‘64

“ production at the I. G. Farbenindustrie plant at Oppau. Reported by Wm. L. E. Dowling

240

20 ‘1-20 ‘11

“ , the preparation of, as in intermediate for the acrylonitrile production and acrylonitrile from acetylene, reported by F. H. Roberts

198

80 ‘22-80 ‘24

209

80324-80329

GUANAMINES, preparation of

22

51..728-51..73*

HEXAMETHYLENE diamine and adipic dinitrile, manufacture of, reported by J. W. Fisher

226

50 ‘67-50 ‘74

“ diamine, continuous hydrogenation of adipic acid dinitrile to

119

80 ‘89-89 ‘90

“ diamine, hydrogenation of adiponitrile to

32-II

2078

230.1727-231.17**

“ diamine, hydrogenation converters for

119

80 ‘60-80 ‘63

HEXAMTHYLENE diamine pilot plant, flow sheet of, Leuna M 3708-1

195

31732

“ , diamine, operating experiments for batch hydrogenation of adipic acid dinitril to,

21

17..207-17..208

32-II

229.1722-229-1726

119

2078

90 ’21-90 ‘22

“ diamine plant

119

80 ‘1-80 ‘4

“ “ “ for continuous hydrogenation of the di-nitrile of adipic acid to

119

90 ‘1-90 ‘10

“ imine, conversation of adiponitrile to

22

47..714-47..717

HYDROXYLAMINE and oxime plant, Leuna M. 5335-2

195

31739

“ , description of process of manufacture of,

116

40 ‘65-40 ‘66

“ production, spring 1937

116

0 ‘1-0 ‘12

“ (plant diagrams)

116

20 ‘38-20 ‘54

KETO-ANILS and alkylanilines, synthesis of

22

72..882-72..886

METHYLAMINE, reported by R.J. Morley

197

70 ‘71-70 ‘72

“ from methanol and ammonia by the use of pressure and catalyst, preparation of,

18

52..448-52..453

POLYAMIDES, highly condensed

67

1102-1104

“ on an acetylene basis, synthesis of intermediates for, by Reppe, reported by J.D. Rose

227

30 ‘17-30 ‘27

n-PROPYLAMINE from n-propanol by high pressure conversion

22

42..662-42..673

TRIMETHYL-trimethylene triamine, thermal decomposition of,

22

41..652-41..660

ANHYDRIDE, acetic acetaldehyde, acetic acid, and acetone from acetylene, the production of, at the Bunawerke, Schkopau. Reported by W. L. Wood

199

50 ‘20-50 ‘35

“ , phthalic and phthalates, manufacture of, I.G. Ludwigshafen, reported by W. Hunter

239

40 ‘1-40 ‘12

“ , phthalic, converter and condensing equipment, Uerdingen, drawing 13618

151

988

“ , phthalic, distillation equipment, Uerdingen, drawing 15620-0

151

990

“ , phthalic plant, monthly capacity of Schkopau, May 1945

151

974

“ , phthalic, preparation of, Schkopau

191

25086-25092

“ , phthalic, Schkopau plant drawings, S5420-4, S2246b-1, L8629-2a, S5166-2, Ao1356, L 5486-4, S 5994-2, S 5406b-4, S 3182c-1, S 3451-2, S 5969-2, 10 5901

151

962-973