Promising technologies for production of modern chemical fibers V. S. Matveev OriginalPaper Pages: 251 - 254
Principle of selection and mechanism of action of polymer additives in modification of polyacrylonitrile fiber I. Z. ZakirovB. E. Geller OriginalPaper Pages: 255 - 257
Thermomechanical properties of fibers from copolymers of acrylonitrile and vinylic monomers A. A. MamazhanovV. I. ShoshinaM. A. Askarov OriginalPaper Pages: 258 - 260
Basic characteristics of synthesis and technical requirements for fiber-forming polycarbosilanes A. M. TsirlinE. K. FlorinaE. A. Izmailova Chemical Fiber Chemistry And Technology Pages: 261 - 264
Thermoanalytical study of polyolefins modified with the products of pyrolysis of petroleum Yu. Yu. YakovlevI. P. AndreevaL. I. Dorina Chemical Fiber Chemistry And Technology Pages: 265 - 267
Effect of the die hole diameter and air space temperature on the stability of formation of fibers from poly(p-phenyleneterephthalamide) solution V. N. Kiya-OgluG. A. BelinskiiA. V. Volokhin Chemical Fiber Chemistry And Technology Pages: 268 - 271
Purification of spinning baths in production of dyed fibers from solutions of polymers E. I. KhodorovV. D. Zhvakin Chemical Fiber Chemistry And Technology Pages: 272 - 277
Causes of gelation in solutions of acrylonitrile copolymers E. Z. BurdI. A. BarsukovI. Ya. Bondarenko Chemical Fiber Chemistry And Technology Pages: 278 - 281
Mechanism of initiation of graft polymerization of ionogenic nitrogen-containing monomers to irradiated polypropylene fiber I. A. LebedevaT. V. Druzhinina Chemical Fiber Chemistry And Technology Pages: 282 - 284
Comparison of ordinary and high-temperature mercerization of cellulose P. PavlovV. Makazchieva Chemical Fiber Chemistry And Technology Pages: 285 - 286
Increasing the working life of Syntox 20M lubricant E. P. PimonenkoN. A. BanduraA. K. Vakulenko Chemical Fiber Chemistry And Technology Pages: 287 - 290
Phenomenological model of the scale effect of the strength of polymer fibers M. P. NosovYu. F. Zabashta Physicomechanical Properties And Use Of Chemical Fibers Pages: 291 - 295
Relaxation properties of a chemisorption fiber based on the copolymer of acrylonitrile and 2-methyl-5-vinylpyridine L. K. KuznetsovaV. G. BrusentsovaN. F. Kalyanova Physicomechanical Properties And Use Of Chemical Fibers Pages: 296 - 299
Metallized polyacrylonitrile fibers — A reinforcing filler for conducting polymeric composite materials S. E. ArtemenkoL. P. NikulinaV. I. Dubkova Physicomechanical Properties And Use Of Chemical Fibers Pages: 300 - 303
Thermal drawing of polyacrylonitrile fiber after plasticization drawing with a different ratio M. V. RumyantsevaB. A. FomenkoYu. A. Tolkachev Physicomechanical Properties And Use Of Chemical Fibers Pages: 304 - 306
Thermal characteristics of organic high-strength, high-modulus fibers containing finely disperse fillers A. I. ZhuravlevaN. P. OsipovA. M. Shchetinin Physicomechanical Properties And Use Of Chemical Fibers Pages: 307 - 311
Heat resistance of epoxy plastics S. V. KotominE. V. BaidyukovaE. M. Sapozhnikov Physicomechanical Properties And Use Of Chemical Fibers Pages: 312 - 314
Research trends at the Kiev Stend experimental machine-building plant and All-Russian Scientific-Research Institute of Synthetic Fibres in creation of equipment for production of fibrous nonwovens B. D. RysyukA. V. Genis Machines And Instruments Pages: 315 - 324
Noise reduction in the thread-spreading mechanism of machines from the TV line N. L. SukhanovA. V. DruzhilovskiiS. V. Savchenko Machines And Instruments Pages: 325 - 328
Refractometric evaluation of the completeness of solution of some aromatic diamines in amide-salt solvent V. I. KomissarovO. I. ManinaYu. M. Zakharova Product Control Pages: 329 - 331
Potentiometric determination of the concentration of dimethylacetamide using phosphotungstic acid as the titrant V. V. BogoslovskiiE. V. YakushinaI. A. Zhironkina Product Control Pages: 332 - 335
