The importance of reducing the materials consumption in man-made fibre production B. V. BurlyukL. S. Demenko OriginalPaper Pages: 435 - 438
Automation — The way to improve the quality of viscose rayon V. G. Utkin OriginalPaper Pages: 439 - 441
Undrawn sections in polyamide textile yarns A. A. Aver'yanovL. M. ArkhipovaD. V. Fil'bert Man-Made Fibre Chemistry And Technology Pages: 442 - 443
Reaction of dianhydride of perylene-3,4,9,10-tetracarboxylic acid with modified caprolactam oligomers N. A. AnaniichukYu. P. Tret'yakovL. P. Gritsenko Man-Made Fibre Chemistry And Technology Pages: 444 - 446
Production of bis(β-ethoxy) terephthalate from ethylene oxide and terephthalic acid B. M. BagrovG. D. MikhailovV. A. Malykh Man-Made Fibre Chemistry And Technology Pages: 447 - 452
Polyethylene terephthalate synthesis with added terephthalic acid and its esters V. V. ShevchenkoG. D. MikhailovL. V. Polyakov Man-Made Fibre Chemistry And Technology Pages: 453 - 456
Ir absorption spectra of graft polymers of natural and synthetic polyamides with vinyl fluoride and vinylidene fluoride Kh. U. UsmanovA. A. Yul'chibaevA. Valiev Man-Made Fibre Chemistry And Technology Pages: 457 - 461
Viscosity properties of high-molecular poly-p-phenylene terephthalamide Z. S. KhaninE. G. KoganA. I. Lychagin Man-Made Fibre Chemistry And Technology Pages: 461 - 463
Effect of stretching on the elastic properties of polyacrylonitrile fibres A. I. StoyanovM. A. Natov Man-Made Fibre Chemistry And Technology Pages: 464 - 465
Structure of polyacrylonitrile fibres modified with polyethylenimine N. A. GorodetskayaI. B. RatushnyakL. V. Emets Man-Made Fibre Chemistry And Technology Pages: 466 - 467
Molecular weight distribution of poly-m-phenylene isophthalamide produced at various temperatures I. N. NekrasovA. S. PavlovE. P. Krasnov Man-Made Fibre Chemistry And Technology Pages: 468 - 469
Kinetics of the sorption of benzene vapor by activated carbon fibre materials L. I. FridmanV. M. ChaikoV. A. Perlin Man-Made Fibre Chemistry And Technology Pages: 469 - 470
Kinetics of the ripening of viscose at a variable temperature V. M. IrkleiK. Ya. ReznikI. N. Zhdanov Man-Made Fibre Chemistry And Technology Pages: 471 - 472
Wet xanthation of the alkali cellulose A. A. SerkovG. G. FingerS. N. Klinova Man-Made Fibre Chemistry And Technology Pages: 473 - 475
Low-temperature solubility of cellulose in aqueous alkali solutions containing urea É. Z. KirpershlakA. B. PakshverO. A. Nikitina Man-Made Fibre Chemistry And Technology Pages: 476 - 477
Quantitative description of the hydrodynamic processes in man-made fibre spinning G. A. Danilin Man-Made Fibre Chemistry And Technology Pages: 478 - 482
Hollow cellulose acetate fibres for hemodialysis V. A. BakunovG. A. BudnitskiiL. F. Maiboroda Man-Made Fibre Chemistry And Technology Pages: 483 - 485
Disposition of the spinneret holes as a factor in the quality of viscose rayon textile yarn R. V. EgorovaA. T. SerkovA. F. Telysheva Man-Made Fibre Chemistry And Technology Pages: 486 - 488
Structure and physicomechanical properties of fibres of the matrix-fibril type from mixtures of noncrystallizing polymers L. K. KuznetsovaO. A. NikitinaM. V. Shablygin Physicomechanical Properties, Processing, And Application Of Man-Made Fibres Pages: 489 - 491
The entry angle at the spinneret channel as a factor in the formation of fibres of the matrix-fibril type M. V. TsebrenkoN. M. RezanovaA. V. Yudin Physicomechanical Properties, Processing, And Application Of Man-Made Fibres Pages: 492 - 495
Properties of polyacrylonitrile fibres modified with a biomass of microorganisms, and of the products processed from the fibres É. Ya. VaimanL. S. GerasimovaR. F. Tsiperman Physicomechanical Properties, Processing, And Application Of Man-Made Fibres Pages: 495 - 498
Hollow fibre form chlorinated polyvinyl chloride Yu. A. KostrovG. C. Prikhod'koG. A. Mikheleva Physicomechanical Properties, Processing, And Application Of Man-Made Fibres Pages: 499 - 501
The crimp shrinkage of stufferbox-textured Kapron yarn N. K. TarasenkoV. V. MikhlinaM. P. Nosov Physicomechanical Properties, Processing, And Application Of Man-Made Fibres Pages: 502 - 504
Deformation properties of regenerated — cellulose fibres L. A. SerkovaV. V. StadnikM. B. Radishevskii Physicomechanical Properties, Processing, And Application Of Man-Made Fibres Pages: 504 - 505
The winding unit of the spinning machine as a source of the irregularity of polyamide textile yarn A. A. Aver'yanovO. K. BotchenkoV. Ya. Strel'tsev Machines And Apparatus Pages: 506 - 511
The ams-36 unit for the production of polycaproamide monofil V. A. PirogovV. A. KezlyaM. P. Nosov Machines And Apparatus Pages: 512 - 514
Labor protection and safety engineering at the Barnaul Man-Made Fibre Combine V. I. Markin Protection Of The Environment. Safety Engineering Pages: 515 - 516
Local systems of water recycling and effluent reutilization in polyamide fibre production N. F. IvanovaG. V. ZhukovaN. N. Fedotova Protection Of The Environment. Safety Engineering Pages: 517 - 519
Chromatographic determination of oxygen in carbon fibre T. I. BaskakovaT. A. PolyakovaV. P. Galitsyn Exchange Of Experience Pages: 522 - 524