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
Current strategy for technical retooling plants manufacturing high-strength polycaproamide fibres and articles made of them A. A. BogoslavskiiF. I. VavilovaL. I. Kolontai OriginalPaper Pages: 180 - 183
Fabrication and properties of antimicrobial cellulose materials based on polyelectrolyte complexes L. S. Gal'braikhI. M. KarelinaM. A. Penenzhik Chemistry and Technology of Chemical Fibres Pages: 184 - 191
Flow of spinning solution through spinneret openings and deformation resonance A. T. SerkovYu. V. Afanas'eva Chemistry and Technology of Chemical Fibres Pages: 192 - 196
Infrared spectroscopic study of the mechanism of interaction in polymer blends I. A. TsebrenkoV. A. Pakharenko Chemistry and Technology of Chemical Fibres Pages: 197 - 200
Fabrication of a weakly basic chemisorption fibre with aliphatic amino groups N. F. KalyanovaM. P. Zverev Chemistry and Technology of Chemical Fibres Pages: 201 - 203
Effect of the cleaning method on the structure and properties of cotton cellulose fabricated by combined boiling and bleaching D. S. NabievA. D. TikhonovetskayaS. Sh. Rashidova Chemistry and Technology of Chemical Fibres Pages: 204 - 207
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-OgluA. V. VolokhinaS. I. Banduryan Properties and Use of Chemical Fibres Pages: 208 - 214
Permanent deformation in armos fibre at a temperature below the glass transition temperature E. S. TsobkalloO. I. NachinkinV. A. Kvartsheliya Properties and Use of Chemical Fibres Pages: 215 - 218
Transverse mechanical characteristics of highly oriented fibres S. V. SidorovM. V. ShablyginA. M. Shchetinin Properties and Use of Chemical Fibres Pages: 219 - 221
Effect of γ-radiation on the electrical conductivity of polycaproamide fibres G. V. GusevV. M. PolenichkinB. M. Tarakanov Properties and Use of Chemical Fibres Pages: 222 - 224
Effect of ceresine on the properties of carbon fibre stuffing box packings A. I. BuryaM. E. KazakovL. D. Vazheva Properties and Use of Chemical Fibres Pages: 225 - 230
Analysis of the parameters of sorption-desorption isotherms for highly hygroscopic fibres G. I. Efremov Properties and Use of Chemical Fibres Pages: 231 - 236
Degradation processes in texturing of vidlon polycaproamide fibres N. P. Gankov Properties and Use of Chemical Fibres Pages: 237 - 239
Effect of the structure of glass fibres on their physicomechanical properties Kh. A. GasankhanovaK. N. Ushakova Glass Fibres and Materials Based on Them Pages: 240 - 242
Effective diameter and compactness of glass fibres as a function of the twisting characteristics D. D. KonyukhovKh. A. GasankhanovaM. Yu. Demeshev Glass Fibres and Materials Based on Them Pages: 243 - 245