The new spunbond plant in the alabuga special economic zone E. M. Aizenshtein OriginalPaper 13 February 2010 Pages: 221 - 223
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
Structural and thermal characteristics of polyacrylonitrile fibres as raw material for production of carbon fibres A. A. SviridovV. Ya. VarshavskiiA. V. Kepman OriginalPaper 13 February 2010 Pages: 236 - 239
Permeability of deformed needle-punch material A. V. Dedov OriginalPaper 13 February 2010 Pages: 240 - 242
Study of the causes of migration of fibres in needle-punch nonwoven material through the cover cloth V. E. MurashovaT. E. Voloshchik OriginalPaper 13 February 2010 Pages: 243 - 245
Evaluation of a model for predicting the air-permeability of needle-punch and calendered material A. V. DedovI. B. Esmurziev OriginalPaper 13 February 2010 Pages: 246 - 247
Determination of the sorption capacity of needle-punch material A. V. Dedov OriginalPaper 13 February 2010 Pages: 248 - 250
Characteristic X-Radiation and orbital radii of chemical elements A. T. SerkovA. A. Serkov Physical Chemistry of Fibre-Forming Polymers 13 February 2010 Pages: 251 - 253
The hydrogen bond in thermal strengthening of aramid systems containing polyamide-benzimidazole fragments M. V. ShablyginI. V. SluginL. A. Novikova OriginalPaper 13 February 2010 Pages: 254 - 256
Method of spectral analysis of multicomponent monomeric systems and chemical fibres using internal standardization of instrumental errors taken into account M. M. ShablyginM. V. ShablyginA. P. Ivanov OriginalPaper 13 February 2010 Pages: 257 - 259
Basic principles for constructing controllable electrotechnical complexes for production of synthetic fibres and nonwoven materials A. E. PolyakovK. A. PolyakovT. P. Bordovskaya Mathematical Modeling and Methods of Investigation 13 February 2010 Pages: 260 - 262
Regression models of the appearance of gelation in spinning chemical fibres M. A. Salakhov OriginalPaper 13 February 2010 Pages: 263 - 266
Modeling of loss of the properties of textile materials as a reliability theory problem D. A. ZabrodinP. A. Sevost’yanov OriginalPaper 13 February 2010 Pages: 267 - 270
The sliding dispersion method for detecting local unevenness in fibres P. A. Sevost’yanovV. I. LebedevaE. O. Shibaeva OriginalPaper 13 February 2010 Pages: 271 - 275
Calculation of the deformation properties of materials made of chemical fibres O. F. BelyaevV. A. ZavaruevM. V. Shablygin OriginalPaper 13 February 2010 Pages: 276 - 280
