1. The new spunbond plant in the alabuga special economic zone

   • E. M. Aizenshtein

   OriginalPaper 13 February 2010 Pages: 221 - 223

2. Effect of structure and relaxation state on the properties and processing of chemical fibres for industrial applications

   • K. E. Perepelkin

   Materials Science 13 February 2010 Pages: 224 - 235

3. Structural and thermal characteristics of polyacrylonitrile fibres as raw material for production of carbon fibres

   • A. A. Sviridov
   • V. Ya. Varshavskii
   • A. V. Kepman

   OriginalPaper 13 February 2010 Pages: 236 - 239

4. Permeability of deformed needle-punch material

   • A. V. Dedov

   OriginalPaper 13 February 2010 Pages: 240 - 242

5. Study of the causes of migration of fibres in needle-punch nonwoven material through the cover cloth

   • V. E. Murashova
   • T. E. Voloshchik

   OriginalPaper 13 February 2010 Pages: 243 - 245

6. Evaluation of a model for predicting the air-permeability of needle-punch and calendered material

   • A. V. Dedov
   • I. B. Esmurziev

   OriginalPaper 13 February 2010 Pages: 246 - 247

7. Determination of the sorption capacity of needle-punch material

   • A. V. Dedov

   OriginalPaper 13 February 2010 Pages: 248 - 250

8. Characteristic X-Radiation and orbital radii of chemical elements

   • A. T. Serkov
   • A. A. Serkov

   Physical Chemistry of Fibre-Forming Polymers 13 February 2010 Pages: 251 - 253

9. The hydrogen bond in thermal strengthening of aramid systems containing polyamide-benzimidazole fragments

   • M. V. Shablygin
   • I. V. Slugin
   • L. A. Novikova

   OriginalPaper 13 February 2010 Pages: 254 - 256

10. Method of spectral analysis of multicomponent monomeric systems and chemical fibres using internal standardization of instrumental errors taken into account

    • M. M. Shablygin
    • M. V. Shablygin
    • A. P. Ivanov

    OriginalPaper 13 February 2010 Pages: 257 - 259

11. Basic principles for constructing controllable electrotechnical complexes for production of synthetic fibres and nonwoven materials

    • A. E. Polyakov
    • K. A. Polyakov
    • T. P. Bordovskaya

    Mathematical Modeling and Methods of Investigation 13 February 2010 Pages: 260 - 262

12. Regression models of the appearance of gelation in spinning chemical fibres

    • M. A. Salakhov

    OriginalPaper 13 February 2010 Pages: 263 - 266

13. Modeling of loss of the properties of textile materials as a reliability theory problem

    • D. A. Zabrodin
    • P. A. Sevost’yanov

    OriginalPaper 13 February 2010 Pages: 267 - 270

14. The sliding dispersion method for detecting local unevenness in fibres

    • P. A. Sevost’yanov
    • V. I. Lebedeva
    • E. O. Shibaeva

    OriginalPaper 13 February 2010 Pages: 271 - 275

15. Calculation of the deformation properties of materials made of chemical fibres

    • O. F. Belyaev
    • V. A. Zavaruev
    • M. V. Shablygin

    OriginalPaper 13 February 2010 Pages: 276 - 280