1. Modern para-aramid fibres. The role of Tver'khimvolokno joint-stock company in the creation of an armos fibre plant

   • N. N. Machalaba

   OriginalPaper Pages: 171 - 179

2. Current strategy for technical retooling plants manufacturing high-strength polycaproamide fibres and articles made of them

   • A. A. Bogoslavskii
   • F. I. Vavilova
   • L. I. Kolontai

   OriginalPaper Pages: 180 - 183

3. Fabrication and properties of antimicrobial cellulose materials based on polyelectrolyte complexes

   • L. S. Gal'braikh
   • I. M. Karelina
   • M. A. Penenzhik

   Chemistry and Technology of Chemical Fibres Pages: 184 - 191

4. Flow of spinning solution through spinneret openings and deformation resonance

   • A. T. Serkov
   • Yu. V. Afanas'eva

   Chemistry and Technology of Chemical Fibres Pages: 192 - 196

5. Infrared spectroscopic study of the mechanism of interaction in polymer blends

   • I. A. Tsebrenko
   • V. A. Pakharenko

   Chemistry and Technology of Chemical Fibres Pages: 197 - 200

6. Fabrication of a weakly basic chemisorption fibre with aliphatic amino groups

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

   Chemistry and Technology of Chemical Fibres Pages: 201 - 203

7. Effect of the cleaning method on the structure and properties of cotton cellulose fabricated by combined boiling and bleaching

   • D. S. Nabiev
   • A. D. Tikhonovetskaya
   • S. Sh. Rashidova

   Chemistry and Technology of Chemical Fibres Pages: 204 - 207

8. Effect of the molecular weight of poly-para-aramids and structural changes in heat treatment on the mechanical indexes of the fibres

   • V. N. Kiya-Oglu
   • A. V. Volokhina
   • S. I. Banduryan

   Properties and Use of Chemical Fibres Pages: 208 - 214

9. Permanent deformation in armos fibre at a temperature below the glass transition temperature

   • E. S. Tsobkallo
   • O. I. Nachinkin
   • V. A. Kvartsheliya

   Properties and Use of Chemical Fibres Pages: 215 - 218

10. Transverse mechanical characteristics of highly oriented fibres

    • S. V. Sidorov
    • M. V. Shablygin
    • A. M. Shchetinin

    Properties and Use of Chemical Fibres Pages: 219 - 221

11. Effect of γ-radiation on the electrical conductivity of polycaproamide fibres

    • G. V. Gusev
    • V. M. Polenichkin
    • B. M. Tarakanov

    Properties and Use of Chemical Fibres Pages: 222 - 224

12. Effect of ceresine on the properties of carbon fibre stuffing box packings

    • A. I. Burya
    • M. E. Kazakov
    • L. D. Vazheva

    Properties and Use of Chemical Fibres Pages: 225 - 230

13. Analysis of the parameters of sorption-desorption isotherms for highly hygroscopic fibres

    • G. I. Efremov

    Properties and Use of Chemical Fibres Pages: 231 - 236

14. Degradation processes in texturing of vidlon polycaproamide fibres

    • N. P. Gankov

    Properties and Use of Chemical Fibres Pages: 237 - 239

15. Effect of the structure of glass fibres on their physicomechanical properties

    • Kh. A. Gasankhanova
    • K. N. Ushakova

    Glass Fibres and Materials Based on Them Pages: 240 - 242

16. Effective diameter and compactness of glass fibres as a function of the twisting characteristics

    • D. D. Konyukhov
    • Kh. A. Gasankhanova
    • M. Yu. Demeshev

    Glass Fibres and Materials Based on Them Pages: 243 - 245