Flow of polymer systems in the viscoelastic state through round capillaries. A rheological analysis Yu. A. Vinogradov Chemistry and Technology of Chemical Fibres Pages: 1 - 6
Kinetics of drying polybutylene terephthalate and polyethylene terephthalate granulate V. V. LapkovskiiYu. A. GellerB. E. Geller OriginalPaper Pages: 7 - 12
Optical properties of process solutions of secondary cellulose acetate in acetone V. M. SedelkinA. N. SurkovaM. G. Nozdeeva OriginalPaper Pages: 13 - 16
The liquid-crystalline state of cellulose acetates: From past to present. Experience of the Saratov school A. B. ShipovskayaG. N. Timofeeva OriginalPaper Pages: 17 - 21
Rusar microfilament yarn for ballistic protection I. V. SluginG. B. SklyarovaS. V. Komissarov OriginalPaper Pages: 22 - 24
Rusar para-aramid fibres for composite materials for construction applications I. V. SluginG. B. SklyarovaL. V. Tkacheva OriginalPaper Pages: 25 - 26
New trends in increasing the quality of para-aramid fibres from domestic manufacturers D. V. Min’kovV. Yu. LakuninM. D. Min’kov OriginalPaper Pages: 27 - 29
Evaluation of the quality of cellulose for chemical processing N. A. MazurN. L. ZubakhinaL. G. Khizhnyak OriginalPaper Pages: 30 - 31
Fabrication and properties of peroxide cellulose from coniferous and deciduous wood for chemical processing O. A. KolmakovaR. Z. PenA. V. Byvshev OriginalPaper Pages: 32 - 36
Method of treating viscose plant wastewaters with coal wastes N. A. MazurO. P. Laletina OriginalPaper Pages: 37 - 40
Structural dependence of the deformation characteristics of polypropylene film fibre in stress relaxation E. S. TsobkalloA. E. Chme1’A. A. Tikhomirov Materials Science Pages: 41 - 45
Modification of synthetic materials to reduce combustibility V. I. BesshaposhnikovaT. V. KulikovaL. G. Panova OriginalPaper Pages: 46 - 49
Modeling the viscoelasticity of nonwoven material with consideration of the irreversible strain component V. Yu. MishakovG. Ya. SlutskerA. M. Stalevich OriginalPaper Pages: 50 - 54
Polymer fibre composites, basic types, principles of fabrication, and properties. Part 3. Basic types of polymer fibre composites, properties, and use K. E. Perepelkin Fibre Composite Materials Pages: 55 - 65
Mechanisms of fracture and prediction of the strength of unidirectional carbon-fibre-reinforced plastics Yu. G. Korabel’nikov OriginalPaper Pages: 66 - 74
Control of the linear density of fibres I. D. PupyshevD. E. Krivobokov Production Control Pages: 75 - 78
On product quality control Yu. A. GalaktionovaE. K. IbragimovaE. V. Bekisheva OriginalPaper Pages: 79 - 82
Status and trends in production and markets for viscose fibres and yarns in Russia and the world D. N. KlepikovG. G. Rodionova OriginalPaper Pages: 83 - 87