Mechanism of polyacrylonitrile fibre spinning by the thiocyanate method A. T. SerkovG. A. Budnitskii Chemistry And Technology Of Man-Made Fibres Pages: 335 - 341
Mechanism of the thermal transformations of polyacrylonitrile fibres in oxidation I. V. KoshelevV. N. SokolovskiiV. P. Sergeev Chemistry And Technology Of Man-Made Fibres Pages: 342 - 347
Structure of graft copolymers based on SVM fibre and polytetrafluoroethylene Sh. A. AzizovA. Valiev Chemistry And Technology Of Man-Made Fibres Pages: 348 - 352
Optical activity and rheology of cellulose acetate solutions N. A. Fedyakova Chemistry And Technology Of Man-Made Fibres Pages: 353 - 355
Spectroscopic investigation of polymers dyed with fluorescent dyes — Naphthalimide derivatives Z. D. Tul'gukR. N. NurmukhametovL. I. Semenova Chemistry And Technology Of Man-Made Fibres Pages: 356 - 359
Carbon fibres and materials based on viscose fibres (review) G. A. BudnitskiiV. S. MatveevM. E. Kazakov Properties And Application Of Manmade Fibres Pages: 360 - 364
Relationship between the ultimate and optimum properties of man-made fibres S. P. Papkov Properties And Application Of Manmade Fibres Pages: 365 - 367
Thermal properties of polyacrylonitrile copolymers having various chemical compositions O. V. ZhidkovaI. N. AndreevaN. V. Chichinova Properties And Application Of Manmade Fibres Pages: 368 - 370
Sorption of copper cations by vion KN-1 chemisorptive fibre V. M. KatsR. M. DlubovskiiI. V. Makarenko Properties And Application Of Manmade Fibres Pages: 371 - 373
A three-parameter equation for describing the sorption of water vapor by chemisorptive fibres B. M. KatsV. V. Kutarov Properties And Application Of Manmade Fibres Pages: 374 - 376
Basic trend in the development of equipment for the preparation of carbon fibres M. M. Maiboroda Machines And Apparatus Pages: 377 - 382
Development of equipment for heat treatment of carbon fibres V. A. PirogovS. I. ChaplinskiiV. V. Ageev Machines And Apparatus Pages: 383 - 385
Development of equipment for the manufacture of synthetic monofilaments and bristles V. A. PirogovS. I. ChaplinskiiV. A. Kezlya Machines And Apparatus Pages: 386 - 387
New technological process for the manufacture of tire cord and its apparatus design M. V. BogdanA. A. GromA. F. Goncharenko Machines And Apparatus Pages: 388 - 391
UG-10K unit for the preparation of polycaproamide flake directly from the melt E. K. PlatonovV. T. MikhailovA. M. Geimal Machines And Apparatus Pages: 392 - 393
Equipment for coloring a melt of polycaproamide in bulk V. A. MasichM. V. IvasenkoT. N. Timchenko Machines And Apparatus Pages: 394 - 397
Equipment for spinning ultrathin synthetic fibres M. V. TsebrenkoS. E. ZabelloN. M. Rezanova Machines And Apparatus Pages: 398 - 400
Directions in the development of cutting media for the preparation of short fibres Yu. S. KochuraV. M. SimkinA. I. Fuks Machines And Apparatus Pages: 401 - 403
Filter elements of the wound type N. V. RokotovV. I. PlotkinV. A. Pimenova Machines And Apparatus Pages: 404 - 407
Preparation of sorptively active fibrous materials to monitor the state of the environment and protect it, and their properties L. S. Gal'braikhT. V. DruzhininaV. N. Korzun Protection Of The Environment Pages: 408 - 413
Application of terlon fibre to solve ecological problems A. V. VolokhinaV. I. OgnevG. V. Poroshin Protection Of The Environment Pages: 414 - 416
Utilization of high-strength paraamide fibres to protect the environment L. V. AvrorovaV. V. GvozdevB. Sh. Dadasheva Protection Of The Environment Pages: 417 - 419
Carbon-fibre sorbents based on pitch V. Ya. VarshavskiiM. A. KozykinaE. G. Monastyrskaya Protection Of The Environment Pages: 420 - 420
Directions of work in the area of preparing and using chemisorptive fibres M. P. Zverev Protection Of The Environment Pages: 421 - 421
Properties of chemically metallized chemisorptive fibres and regions of their application I. N. IllarinovA. P. Komarov Protection Of The Environment Pages: 422 - 422
