Table of Contents

SYNTHETIC RUBBER

       
  TOM
REEL
BAG ITEM FRAMES

ALIPHATIC alcohols as plasticizers in the rubber industry

122

25

102374

BUNA and natural rubber, hydrogenative splitting of

254

   

489-490

“ and Oppanol, correspondence on

30

   

8..531-8..543

“ from butadiene by the Reppe process

119

   

70 ‘9-70 ‘10

“ manufacture, chemical requirements for

31

2078

 

50..275-50..276

“ mixtures, heat resistant

155

   

1132

“ plant, time schedule for starting up Ludwigshafen

31

2078

52..280

“ , plasticizing of

155

   

1130-1131

“ rubber and natural rubber tires, comparative tests with, December 8, 1936

106

   

28580-28585

“ stabilizer, report on, by Dr. Hagen

155

   

1026-1041

BUNAWERKE, I. G. Farbenindustrie A. G. Reported by W. S. Calcott.

196

   

30 ‘14-30 ‘21

BUTADIENE and acryl amide mixtures, polymerization of

53

   

362-374

CHLOROPRENE and chloroprene peroxide

53

   

412-433

“ peroxide and its effect on the polmerization of chloroprene

53

   

436-455

“ , reaction mechanism of polymerization of

53

   

383-390

ENGLEBERT, Fils, Liege. Reported by H. J. Phelps.

198

   

60’67-60 ‘71

KER-ZAHLENBUNA factory

155

   

1137-1148

LEVERKUSEN Works of the I. G. Farben-industrie. Reported by E. T. Handley et al.

197

   

30 ‘35-30 ‘61

NAFTOLEN ZD, testing of

91

   

81-96

NATURAL rubber and buna, hydrogenative splitting of

254

   

489-490

OPPANOL and Buna, correspondence on

30

   

8..531-8..543

POLYBUTYLENE rubber

254

   

504-511

RUBBER articles, experiments for the determination of properties of, by W. Kirmser, Part II

247

   

162-168

“ , synthetic, interview with Dr. Stocklin and Dr. Roelig. Reported by D. Parkinson and H. E. Davis.

239

   

40 ’54-40’58

“ , temperature behaviour of passenger car tires in relation to speed and inner pressure

102

   

6160-6260

“ , temperature tests on automobile tires, June 15, 1938

106

   

28754-28769

“ , tests of five mixtures containing naphthols

91

   

71-80

“ , the behaviour of, at low temperatures

94

   

475-492

SODIUM butadiene rubbers

47

   

996-999

SYNTHETIC lubricants as plasticizers in the rubber industry

36

3451

6

70 ‘150-70 ‘153

“ rubber manufacture in USA; article in “Fortune”

1

2168

5

70 ‘112-70 ‘116

“ rubber, method for the production of

2

2168

12

60 ‘1-60 ‘11

“ rubber plant, Chemische Werke, Hόls. Reported by E. T. Handley et al.

197

   

30 ‘62-30 ‘76

       

40 ‘1-40 ‘40

“ rubber plant, I. G. Farbenindustrie, Ludwigshafen. Reported by R. Hopkinson, W. C. Davey, P. D. Patterson, C. C. Monrad, E. T. Handley and E. Glenn

197

   

80 ‘23-80 ‘52

“ rubber plant, Ludwigshafen. Reported by P. D. Patterson.

198

   

60 ‘9-60 ‘16

USA synthetic rubber production, newspaper cuttings on the

1

2168

5

80 ’24-80 ‘28