1. Chemical Fibres: Present and Future. A Look at the Next Century. Part I

   • K. E. Perepelkin

   OriginalPaper Pages: 303 - 318

2. Chemical fibres: Present and future

   • K. E. Perepelkin

   Khimvolokna-2000. Articles from the Proceedings at the International Conference on Chemical Fibres (TVER', May 2000) Pages: 303 - 318

3. Tver' Fibres of the Armos Type: Manufacture and Properties

   • N. N. Machalaba
   • N. N. Kuryleva
   • I. A. Andriyuk

   OriginalPaper Pages: 319 - 324

4. Tver' fibres of the Armos type: Manufacture and properties

   • N. N. Machalaba
   • N. N. Kuryleva
   • I. A. Andriyuk

   Khimvolokna-2000. Articles from the Proceedings at the International Conference on Chemical Fibres (TVER', May 2000) Pages: 319 - 324

5. Properties of polyphosphoric acid

   • V. A. Platonov

   Khimvolokna-2000. Articles from the Proceedings at the International Conference on Chemical Fibres (TVER', May 2000) Pages: 325 - 329

6. Properties of Polyphosphoric Acid

   • V. A. Platonov

   OriginalPaper Pages: 325 - 329

7. Properties of solutions of poly-(p-phenylenebenzobisthiazole) in polyphosphoric acids of different composition

   • V. A. Platonov
   • V. N. Odnoralova
   • G. A. Budnitskii

   Khimvolokna-2000. Articles from the Proceedings at the International Conference on Chemical Fibres (TVER', May 2000) Pages: 330 - 333

8. Properties of Solutions of Poly-(p-phenylenebenzobisthiazole) in Polyphosphoric Acids of Different Composition

   • V. A. Platonov
   • V. N. Odnoralova
   • G. A. Budnitskii

   OriginalPaper Pages: 330 - 333

9. Jet flow of a model viscoelastic liquid

   • V. N. Kiya-Oglu
   • A. T. Serkov

   Chemistry and Technology of Chemical Fibres Pages: 334 - 339

10. Jet Flow of a Model Viscoelastic Liquid

    • V. N. Kiya-Oglu
    • A. T. Serkov

    OriginalPaper Pages: 334 - 339

11. Rheological Properties of Concentrated Solutions of Ternary Acrylonitrile Copolymers

    • M. Yu. Mukhamedzhanova
    • N. Yu. Shirshova
    • G. Khamrakulov

    OriginalPaper Pages: 340 - 343

12. Rheological properties of concentrated solutions of ternary acrylonitrile copolymers

    • M. Yu. Mukhamedzhanova
    • N. Yu. Shirshova
    • G. Khamrakulov

    Chemistry and Technology of Chemical Fibres Pages: 340 - 343

13. Temperature Effects on Solutions of Fibre-Forming Polymers

    • M. M. Iovleva
    • G. A. Budnitskii

    OriginalPaper Pages: 344 - 346

14. Temperature effects on solutions of fibre-forming polymers

    • M. M. Iovleva
    • G. A. Budnitskii

    Chemistry and Technology of Chemical Fibres Pages: 344 - 346

15. Polyvinyl alcohol film materials containing biopolymers: Preparation and properties

    • T. N. Yudanova
    • I. F. Skokova
    • L. S. Gal'braikh

    Chemistry and Technology of Chemical Fibres Pages: 347 - 352

16. Polyvinyl Alcohol Film Materials Containing Biopolymers: Preparation and Properties

    • T. N. Yudanova
    • I. F. Skokova
    • L. S. Gal'braikh

    OriginalPaper Pages: 347 - 352

17. Study of the possibility of processing cotton cellulose in bulk for fabrication of viscose fibre

    • A. A. Polyutov
    • Yu. Ya. Kleiner
    • L. S. Gal'braikh

    Chemistry and Technology of Chemical Fibres Pages: 353 - 355

18. Study of the Possibility of Processing Cotton Cellulose in Bulk for Fabrication of Viscose Fibre

    • A.A. Polyuto
    • Yu.Ya. Kleiner
    • L. S. Gal'braikh

    OriginalPaper Pages: 353 - 355

19. Mechanisms of transformation of acrylic fibres during thermooxidative stabilization

    • A. T. Kalashnik
    • A. T. Serkov

    Properties and Use of Chemical Fibres Pages: 356 - 364

20. Mechanisms of Transformation of Acrylic Fibres During Thermooxidative Stabilization

    • A.T. Kalashnik
    • A. T. Serkov

    OriginalPaper Pages: 356 - 364

21. Specific surface area of carbon materials based on hydrated cellulose and polyacrylonitrile fibres calculated by sorption and electrochemical methods

    • A. V. Skolunov
    • M. E. Kazakov

    Properties and Use of Chemical Fibres Pages: 365 - 371

22. Specific Surface Area of Carbon Materials Based on Hydrated Cellulose and Polyacrylonitrile Fibres Calculated by Sorption and Electrochemical Methods

    • A. V. Skolunov
    • M. E. Kazakov

    OriginalPaper Pages: 365 - 371

23. Strength of armos fibres in axial compression

    • O. V. Sidorov
    • A. M. Shchetinin

    Properties and Use of Chemical Fibres Pages: 372 - 373

24. Strength of Armos Fibres in Axial Compression

    • O. V. Sidorov
    • A. M. Shchetinin

    OriginalPaper Pages: 372 - 373

25. Capture of Nitrogen Oxides with a Fibre Chemisorbent

    • Z. Z. Abdulkhakova
    • V. E. Sochilin
    • M. P. Zverev

    OriginalPaper Pages: 374 - 376

26. Capture of nitrogen oxides with a fibre chemisorbent

    • Z. Z. Abdulkhakova
    • V. E. Sochilin
    • M. P. Zverev

    Regeneration and Industrial Ecology Pages: 374 - 376

27. Geometric aspects of the theory of fiber tension, storage, and transport mechanisms in the absence of friction forces

    • V. A. Chaikin

    Machines and Equipment Pages: 377 - 383

28. Geometric Aspects of the Theory of Fibre Tension, Storage, and Transport Mechanisms in the Absence of Friction Forces

    • V. A. Chaikin

    OriginalPaper Pages: 377 - 383

29. Oiling of Polycaproamide Fibres

    • I. D. Pupyshev
    • Yu. S. Bystrova
    • O. I. Kolerova

    OriginalPaper Pages: 384 - 387

30. Oiling of polycaproamide fibres

    • I. D. Pupyshev
    • Yu. S. Bystrova
    • O. I. Kolerova

    Research Methods Pages: 384 - 387

31. Control system for a winding machine

    Errata Pages: 388 - 388

32. Errata

    • A. A. Makarov

    Erratum Pages: 388 - 388