1. Preparation of polyurethane elastomers and means of spinning fibres based on them

   • A. S. Chegolya
   • B. V. Radushkevich

   Reviews Polyurethane Fibres Pages: 205 - 209

2. Preparation of polyurethane elastomers and means of spinning fibres based on them

   • A. S. Chegolya
   • B. V. Radushkevich

   Reviews Polyurethane Fibres Pages: 205 - 209

3. Opportunity to intensify the operation of continuous mercerization units

   • A. A. Serkov
   • E. F. Grigor'eva
   • A. L. Kaller

   Discussion Pages: 210 - 211

4. Opportunity to intensify the operation of continuous mercerization units

   • A. A. Serkov
   • E. F. Grigor'eva
   • A. L. Kaller

   Discussion Pages: 210 - 211

5. Theory of the preparation of superstrong polymer fibres

   • S. P. Papkov

   Discussion Pages: 212 - 216

6. Theory of the preparation of superstrong polymer fibres

   • S. P. Papkov

   Discussion Pages: 212 - 216

7. Polyglycol formation in the process of oligoester preparation

   • A. A. Anfinogentov
   • T. I. Samsonova
   • V. A. Malykh

   Chemistry And Technology Of Man-Made Fibres Pages: 217 - 220

8. Polyglycol formation in the process of oligoester preparation

   • A. A. Anfinogentov
   • T. I. Samsonova
   • V. A. Malykh

   Chemistry And Technology Of Man-Made Fibres Pages: 217 - 220

9. Effect of precipitation conditions on the sorptive power of fibres from polyphenylene-1,3,4-oxadiazole

   • É. Z. Fainberg
   • L. Ya. Konovalova
   • A. S. Semenova

   Chemistry And Technology Of Man-Made Fibres Pages: 221 - 223

10. Effect of precipitation conditions on the sorptive power of fibres from polyphenylene-1,3,4-oxadiazole

    • É. Z. Fainberg
    • L. Ya. Konovalova
    • A. S. Semenova

    Chemistry And Technology Of Man-Made Fibres Pages: 221 - 223

11. Preparation of a chemosorptive fibre from a mixture of poly-2-methyl-5-vinylpyridine and polyvinylidene fluoride

    • A. N. Barash
    • M. P. Zverev
    • N. F. Kalyanova

    Chemistry And Technology Of Man-Made Fibres Pages: 224 - 225

12. Preparation of a chemosorptive fibre from a mixture of poly-2-methyl-5-vinylpyridine and polyvinylidene fluoride

    • A. N. Barash
    • M. P. Zverev
    • N. F. Kalyanova

    Chemistry And Technology Of Man-Made Fibres Pages: 224 - 225

13. Effect of the nature of the solvent on the structure and properties of fibres based on poly-p-benzamide

    • N. M. Arfe'ev
    • Z. Yu. Chereiskii
    • A. P. Verkhovets

    Chemistry And Technology Of Man-Made Fibres Pages: 226 - 229

14. Effect of the nature of the solvent on the structure and properties of fibres based on poly-p-benzamide

    • N. M. Arfe'ev
    • Z. Yu. Chereiskii
    • A. P. Verkhovets

    Chemistry And Technology Of Man-Made Fibres Pages: 226 - 229

15. Effect of caprolactam olgiomers on some characteristics of polycaprolactam

    • A. V. Dolgov
    • S. A. Gribanov
    • L. S. Gerasimova

    Chemistry And Technology Of Man-Made Fibres Pages: 230 - 231

16. Effect of caprolactam olgiomers on some characteristics of polycaprolactam

    • A. V. Dolgov
    • S. A. Gribanov
    • L. S. Gerasimova

    Chemistry And Technology Of Man-Made Fibres Pages: 230 - 231

17. Effect of the type of carbon black on the properties of filled sén-2 solutions and fibres

    • N. N. Zav'yalova
    • A. A. Nikitin
    • Z. V. Dmitrieva

    Chemistry And Technology Of Man-Made Fibres Pages: 232 - 234

18. Effect of the type of carbon black on the properties of filled sén-2 solutions and fibres

    • N. N. Zav'yalova
    • A. A. Nikitin
    • Z. V. Dmitrieva

    Chemistry And Technology Of Man-Made Fibres Pages: 232 - 234

19. Effect of spinning conditions of the properties of fibres from a cellulose triacetate melt

    • E. I. Berenshtein
    • R. Baltabaev
    • B. I. Aikhodzhaev

    Chemistry And Technology Of Man-Made Fibres Pages: 235 - 238

20. Effect of spinning conditions of the properties of fibres from a cellulose triacetate melt

    • E. I. Berenshtein
    • R. Baltabaev
    • B. I. Aikhodzhaev

    Chemistry And Technology Of Man-Made Fibres Pages: 235 - 238

21. Effect of alkali cellulose composition and xanthation temperature on the maximum possible degree of esterification of cellulose xanthate

    • O. P. Rassolov
    • G. G. Finger

    Chemistry And Technology Of Man-Made Fibres Pages: 238 - 240

22. Effect of alkali cellulose composition and xanthation temperature on the maximum possible degree of esterification of cellulose xanthate

    • O. P. Rassolov
    • G. G. Finger

    Chemistry And Technology Of Man-Made Fibres Pages: 238 - 240

23. Dependence of acetate fibre spinning process on the form and disposition of the spinneret holes

    • Kh. U. Makhsudkhanov
    • L. K. Askarkhodzhaeva
    • I. Kutskailis

    Chemistry And Technology Of Man-Made Fibres Pages: 241 - 243

24. Dependence of acetate fibre spinning process on the form and disposition of the spinneret holes

    • Kh. U. Makhsudkhanov
    • L. K. Askarkhodzhaeva
    • I. Kutskailis

    Chemistry And Technology Of Man-Made Fibres Pages: 241 - 243

25. Kinetics of diffusion processes in the coagulation of viscose

    • I. N. Kotomina
    • Yu. I. Rzhevtseva
    • A. T. Serkov

    Chemistry And Technology Of Man-Made Fibres Pages: 244 - 247

26. Kinetics of diffusion processes in the coagulation of viscose

    • I. N. Kotomina
    • Yu. I. Rzhevtseva
    • A. T. Serkov

    Chemistry And Technology Of Man-Made Fibres Pages: 244 - 247

27. Effect of hemicellulose content of alkali cellulose on the xanthation process

    • G. A. Stepanova
    • V. I. Grishchenko
    • A. L. Kaller

    Chemistry And Technology Of Man-Made Fibres Pages: 248 - 250

28. Effect of hemicellulose content of alkali cellulose on the xanthation process

    • G. A. Stepanova
    • V. I. Grishchenko
    • A. L. Kaller

    Chemistry And Technology Of Man-Made Fibres Pages: 248 - 250

29. Antistatic effect of modified polyacrylonitrile fibres

    • V. I. Anufrieva
    • N. M. Beder
    • L. A. Mikheeva

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 251 - 252

30. Antistatic effect of modified polyacrylonitrile fibres

    • V. I. Anufrieva
    • N. M. Beder
    • L. A. Mikheeva

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 251 - 252

31. Evaluation of the breaking work of viscose textile fibre in processing

    • V. A. Lasavichus
    • R. F. Zhemyalis
    • A. B. Pakshver

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 253 - 254

32. Evaluation of the breaking work of viscose textile fibre in processing

    • V. A. Lasavichus
    • R. F. Zhemyalis
    • A. B. Pakshver

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 253 - 254

33. Quantitative description of the creep of aromatic polyamide tire cord

    • A. M. Stalevich
    • V. G. Tiranov
    • I. F. Khudoshev

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 255 - 257

34. Quantitative description of the creep of aromatic polyamide tire cord

    • A. M. Stalevich
    • V. G. Tiranov
    • I. F. Khudoshev

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 255 - 257

35. An investigation of the dependence of strength on rate of fibre deformation

    • Ts. P. Livinskii
    • A. F. Chudakov
    • Yu. I. Kotlyarov

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 258 - 259

36. An investigation of the dependence of strength on rate of fibre deformation

    • Ts. P. Livinskii
    • A. F. Chudakov
    • Yu. I. Kotlyarov

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 258 - 259

37. Structure and physicomechanical properties of triacetate fibres prepared by various methods

    • A. K. Enikeeva
    • V. I. Shoshina
    • G. V. Nikonovich

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 260 - 263

38. Structure and physicomechanical properties of triacetate fibres prepared by various methods

    • A. K. Enikeeva
    • V. I. Shoshina
    • G. V. Nikonovich

    Physicomechanical Properties Processing, And Application Of Man-Made Fibres Pages: 260 - 263

39. Selection of the winding regime for texturized fibre on the BP-340-O machine

    • A. E. Mikushev
    • L. E. Guseva
    • O. Yu. Kosygina

    Machines And Apparatus Pages: 264 - 266

40. Selection of the winding regime for texturized fibre on the BP-340-O machine

    • A. E. Mikushev
    • L. E. Guseva
    • O. Yu. Kosygina

    Machines And Apparatus Pages: 264 - 266

41. A necessary condition for mechanization of man-made fibre packaging

    • A. S. Grzhimalovskii
    • A. V. Yudin

    Machines And Apparatus Pages: 267 - 270

42. A necessary condition for mechanization of man-made fibre packaging

    • A. S. Grzhimalovskii
    • A. V. Yudin

    Machines And Apparatus Pages: 267 - 270

43. Crystallization of sodium sulfate from a precipitation bath containing ammonium sulfate

    • I. Z. Éifer
    • G. A. Rudova
    • L. M. Chernyak

    Protection Of The Environment Pages: 271 - 273

44. Crystallization of sodium sulfate from a precipitation bath containing ammonium sulfate

    • I. Z. Éifer
    • G. A. Rudova
    • L. M. Chernyak

    Protection Of The Environment Pages: 271 - 273

45. Use of biochemically purified waste water in a circulating water supply after prepurification

    • V. I. Zamelin
    • L. I. Gavrikov
    • N. F. Ivanova

    Protection Of The Environment Pages: 274 - 276

46. Use of biochemically purified waste water in a circulating water supply after prepurification

    • V. I. Zamelin
    • L. I. Gavrikov
    • N. F. Ivanova

    Protection Of The Environment Pages: 274 - 276

47. Adsorption clean-up of caprolactam-containing wastes and apparatus design for it

    • E. I. Khodorov
    • E. V. Tarabutkin
    • I. I. Koryavina

    Protection Of The Environment Pages: 277 - 280

48. Adsorption clean-up of caprolactam-containing wastes and apparatus design for it

    • E. I. Khodorov
    • E. V. Tarabutkin
    • I. I. Koryavina

    Protection Of The Environment Pages: 277 - 280