1. Evaluation of the light-stability of polyamide fibres by the viscometric and dynamometric methods

   • V. N. Kaminskii
   • L. A. Kaminskaya
   • A. L. Margolin

   Chemistry And Technology Of Man-Made Fibres Pages: 385 - 388

2. Evaluation of the light-stability of polyamide fibres by the viscometric and dynamometric methods

   • V. N. Kaminskii
   • L. A. Kaminskaya
   • A. L. Margolin

   Chemistry And Technology Of Man-Made Fibres Pages: 385 - 388

3. A mathematical model of the process of preparing tire cord yarn from flake with batch extraction and drying

   • V. P. Nechipas
   • É. N. Shubina
   • K. D. Naglis

   Chemistry And Technology Of Man-Made Fibres Pages: 389 - 391

4. A mathematical model of the process of preparing tire cord yarn from flake with batch extraction and drying

   • V. P. Nechipas
   • É. N. Shubina
   • K. D. Naglis

   Chemistry And Technology Of Man-Made Fibres Pages: 389 - 391

5. Intensifying the viscose ripening process

   • G. A. Bocharova
   • N. T. Butkova
   • E. N. Sheludyakova

   Chemistry And Technology Of Man-Made Fibres Pages: 392 - 394

6. Intensifying the viscose ripening process

   • G. A. Bocharova
   • N. T. Butkova
   • E. N. Sheludyakova

   Chemistry And Technology Of Man-Made Fibres Pages: 392 - 394

7. Viscosity properties of carbon black-filled spinning solutions

   • E. G. Kogan
   • N. B. Pokrovskaya
   • V. G. Kulichikhin

   Chemistry And Technology Of Man-Made Fibres Pages: 394 - 395

8. Viscosity properties of carbon black-filled spinning solutions

   • E. G. Kogan
   • N. B. Pokrovskaya
   • V. G. Kulichikhin

   Chemistry And Technology Of Man-Made Fibres Pages: 394 - 395

9. Some relationships in orientation stretching and their connection with the properties of high-modulus viscose fibres

   • A. T. Serkov
   • V. V. Skorobogatykh
   • M. B. Radishevskii

   Chemistry And Technology Of Man-Made Fibres Pages: 396 - 399

10. Some relationships in orientation stretching and their connection with the properties of high-modulus viscose fibres

    • A. T. Serkov
    • V. V. Skorobogatykh
    • M. B. Radishevskii

    Chemistry And Technology Of Man-Made Fibres Pages: 396 - 399

11. Sorption of water by plasticized hydrocellulose films

    • T. P. Starunskaya
    • N. I. Bychkovskii
    • M. P. Nosov

    Chemistry And Technology Of Man-Made Fibres Pages: 400 - 402

12. Sorption of water by plasticized hydrocellulose films

    • T. P. Starunskaya
    • N. I. Bychkovskii
    • M. P. Nosov

    Chemistry And Technology Of Man-Made Fibres Pages: 400 - 402

13. Effect of the physicochemical properties of cellulose acetate solutions on the quality of acetate yarns

    • Kh. U. Usmanov
    • Kh. N. Musaev
    • V. N. Grigoryan

    Chemistry And Technology Of Man-Made Fibres Pages: 403 - 407

14. Effect of the physicochemical properties of cellulose acetate solutions on the quality of acetate yarns

    • Kh. U. Usmanov
    • Kh. N. Musaev
    • V. N. Grigoryan

    Chemistry And Technology Of Man-Made Fibres Pages: 403 - 407

15. A comparative analysis of screen and precision windings for yarns with zero or little twist

    • E. Z. Regel'man
    • N. V. Rokotov
    • E. A. Tupichenkov

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 408 - 412

16. A comparative analysis of screen and precision windings for yarns with zero or little twist

    • E. Z. Regel'man
    • N. V. Rokotov
    • E. A. Tupichenkov

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 408 - 412

17. Preparation of heterogeneous acetate-kapron and triacetate-lavsan yarns

    • A. Kazakyavichyus
    • Yu. Lazauskas
    • Ya. Matskyavichene

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 412 - 415

18. Preparation of heterogeneous acetate-kapron and triacetate-lavsan yarns

    • A. Kazakyavichyus
    • Yu. Lazauskas
    • Ya. Matskyavichene

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 412 - 415

19. A method of obtaining high-speed stretching diagrams of synthetic yarns

    • A. M. Stalevich
    • Z. F. Stalevich
    • G. I. Kudryavtsev

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 416 - 417

20. A method of obtaining high-speed stretching diagrams of synthetic yarns

    • A. M. Stalevich
    • Z. F. Stalevich
    • G. I. Kudryavtsev

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 416 - 417

21. Principles in computational prediction of stretching diagrams of synthetic fibres

    • A. M. Stalevich

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 418 - 420

22. Principles in computational prediction of stretching diagrams of synthetic fibres

    • A. M. Stalevich

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 418 - 420

23. Effect of surface-active materials on the permeability of Fenilon fibre

    • S. P. Nikitina
    • V. D. Filippova
    • A. P. Borshchev

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 420 - 422

24. Effect of surface-active materials on the permeability of Fenilon fibre

    • S. P. Nikitina
    • V. D. Filippova
    • A. P. Borshchev

    Physicomechanical Properties And Application Of Man-Made Fibres Pages: 420 - 422

25. Assuring operational reliability of the 13NSh-40I gear pump in machines for spinning viscose fibres

    • A. V. Gribanenkov
    • E. A. Karlik
    • V. K. Tsurik

    Machines And Apparatus Pages: 423 - 426

26. Assuring operational reliability of the 13NSh-40I gear pump in machines for spinning viscose fibres

    • A. V. Gribanenkov
    • E. A. Karlik
    • V. K. Tsurik

    Machines And Apparatus Pages: 423 - 426

27. Use of hydrazine salts as modifying agents for polyacrylonitrile in the preparation of carbon fibres

    • M. Lyubcheva
    • L. Lyubchev
    • I. Mladenov

    In The Comecon Countries Pages: 427 - 428

28. Use of hydrazine salts as modifying agents for polyacrylonitrile in the preparation of carbon fibres

    • M. Lyubcheva
    • L. Lyubchev
    • I. Mladenov

    In The Comecon Countries Pages: 427 - 428

29. Determination of chloride-containing components in technological media and in finished polyamide fibre

    • Z. G. Blagodatskaya
    • G. N. Nosolyuk
    • A. K. Dibrova

    Manufacturing Control Pages: 429 - 431

30. Determination of chloride-containing components in technological media and in finished polyamide fibre

    • Z. G. Blagodatskaya
    • G. N. Nosolyuk
    • A. K. Dibrova

    Manufacturing Control Pages: 429 - 431

31. Reaction of water with aprotonic solvents

    • T. A. Belousova
    • M. V. Shablygin
    • O. I. Manina

    Manufacturing Control Pages: 431 - 434

32. Reaction of water with aprotonic solvents

    • T. A. Belousova
    • M. V. Shablygin
    • O. I. Manina

    Manufacturing Control Pages: 431 - 434

33. Determination of the degree of cross-linking of phenol-formaldehyde fibres

    • S. G. Fedorkina
    • T. N. Koziorova
    • L. P. Chikalo

    Manufacturing Control Pages: 434 - 435

34. Determination of the degree of cross-linking of phenol-formaldehyde fibres

    • S. G. Fedorkina
    • T. N. Koziorova
    • L. P. Chikalo

    Manufacturing Control Pages: 434 - 435

35. Polarogaphic determination of the iron ion content of dimethylformamide or dimethylacetamide media

    • L. N. Bykova
    • O. Ya. Chesnokova
    • V. V. Bogoslovskii

    Manufacturing Control Pages: 435 - 438

36. Polarogaphic determination of the iron ion content of dimethylformamide or dimethylacetamide media

    • L. N. Bykova
    • O. Ya. Chesnokova
    • V. V. Bogoslovskii

    Manufacturing Control Pages: 435 - 438

37. Potentiometric determination of the water content of tertiary amine oxides

    • T. N. Bogoslovskaya
    • N. I. Chernousova
    • Yu. Ya. Belousov

    Manufacturing Control Pages: 438 - 439

38. Potentiometric determination of the water content of tertiary amine oxides

    • T. N. Bogoslovskaya
    • N. I. Chernousova
    • Yu. Ya. Belousov

    Manufacturing Control Pages: 438 - 439