“Good” and “bad” solvents in formation of liquid-crystalline solutions of polymers M. M. Iovleva Chemistry And Technology Of Chemical Fibres Pages: 1 - 4
Thermal transformations of polyacrylonitrile fibres with deep degrees of conversion M. T. AzarovaV. M. BondarenkoG. I. Savchenko Chemistry And Technology Of Chemical Fibres Pages: 5 - 9
Structural transformations in high-temperature treatment of oxidized polyacrylonitrile fibres V. A. NazarovaV. M. BondarenkoM. T. Azarova Chemistry And Technology Of Chemical Fibres Pages: 10 - 14
Structural changes in thermal stabilization of polyacrylonitrile fibre N. V. TarakanovaV. M. BondarenkoM. T. Azarova Chemistry And Technology Of Chemical Fibres Pages: 15 - 17
Study of oxidation of pitch fibres V. Ya. VarshavskiiS. A. Zhilin Chemistry And Technology Of Chemical Fibres Pages: 18 - 19
Sizing preparations for complex polyester fibres D. V. LopatikL. I. GandurinO. K. Kozlova Chemistry And Technology Of Chemical Fibres Pages: 20 - 22
Effect of the structure of aminoalkyl acrylates on radical graft polymerization to polycaproamide fibre T. V. DruzhininaYu. D. Andrichenko Chemistry And Technology Of Chemical Fibres Pages: 23 - 26
Graft polymerization of methacrylic acid to polycaproamide using a redox system containing Cu2+ ions N. V. SmirnovaG. A. Gabrielyan Chemistry And Technology Of Chemical Fibres Pages: 27 - 31
Problem of the change in the properties of fibres in time S. P. Papkov Properties And Use Of Chemical Fibres Pages: 32 - 34
Effect of thermal aging on the defectiveness of ultrastrong para-aromatic armos and SVM fibres K. E. PerepelkinS. A. BaranovaE. Yu. Gurova Properties And Use Of Chemical Fibres Pages: 35 - 40
Dilatometric and thermomechanical studies of aromatic polyamide fibres S. E. KudryavtsevaE. V. Samardukov Properties And Use Of Chemical Fibres Pages: 41 - 43
Effect of the duration of storage on the mechanical properties of high-strength polyethylene fibers V. G. AlekseevS. A. GordeevP. M. Pakhomov Properties And Use Of Chemical Fibres Pages: 44 - 45
Realization of the strength of carbon fibres in microplastics V. V. KochetkovG. I. SavchenkoM. T. Azarova Properties And Use Of Chemical Fibres Pages: 46 - 49
Chemical stability and use of thermostabilized polyacrylonitrile fibres E. G. BudylinaM. T. AzarovaG. A. Shibaeva Properties And Use Of Chemical Fibres Pages: 50 - 51
Use of natural and chemical fibre wastes in production of mixed yarns (a review) N. A. Lebedev Properties And Use Of Chemical Fibres Pages: 52 - 54
Physicomechanical properties of acetate fibres modified with nitromethane vapors I. V. FedusenkoG. N. Timofeeva Properties And Use Of Chemical Fibres Pages: 55 - 58
Methods of assessing the kinetics of drying and distribution of oiling agent and binder over the length of a fibre V. I. Kiselev Glass Fibres And Materials Based On Them Pages: 59 - 63
Use of scopacryl dispersions for impregnation of glass fibre materials L. V. ToropinaS. V. Pun'koYu. M. Rassadin Glass Fibres And Materials Based On Them Pages: 64 - 66
New cloth from basalt fibres L. V. ToropinaG. G. VasyukM. A. Makarushina Glass Fibres And Materials Based On Them Pages: 67 - 68
Reduction in the combustibility of epoxy fibreglass-reinforced plastics V. G. KhozinA. V. MurafaV. Kh. Kadyrova Glass Fibres And Materials Based On Them Pages: 69 - 72