Limiting value of the elastic modulus of composite fibres based on flexible-chain polymers M. P. Nosov Discussion Pages: 171 - 176
Aging of spinning solutions of PM polyamido acid O. S. KarchmarchikS. M. YakopsonL. S. Éfros Chemistry And Technology Of Man-Made Fibres Pages: 177 - 180
Quality of pigments and dyes used in extrusion polymer coloring concentrates V. P. SitnikI. N. BykovaA. P. Andronova Chemistry And Technology Of Man-Made Fibres Pages: 180 - 183
Water-soluble copolyesters as antistats for Lavsan fibre I. F. OsipenkoD. V. LopatikZ. V. Shukelo Chemistry And Technology Of Man-Made Fibres Pages: 183 - 185
Effect of temperature on the adsorption of nonionic surface-active substances by polyamide yarn G. L. MakoveiYa. V. Zel'tserV. K. Bagin Chemistry And Technology Of Man-Made Fibres Pages: 186 - 188
Controlling the process of plasticizing hydrocellulose film A. A. GordinskiiV. P. BiryukovI. Z. Lolenko Chemistry And Technology Of Man-Made Fibres Pages: 188 - 191
Structure and properties of salts of cellulose xanthic acid K. A. MalyshevskayaN. A. Mazur Chemistry And Technology Of Man-Made Fibres Pages: 192 - 198
A selection of textile auxiliaries for reducing the agglomeration of cellulose powder L. L. AgafonovaR. A. GlavochevskayaR. V. Egorova Chemistry And Technology Of Man-Made Fibres Pages: 198 - 200
Some special features in estimating the molecular weight of cellulose acetates E. A. NekhaenkoL. S. GembitskiiB. L. Biber Chemistry And Technology Of Man-Made Fibres Pages: 201 - 203
Thermal stability of solutions of cellulose in methylmorpholine-N-oxide and systems based on it L. K. GolovaO. E. BorodinaS. P. Papkov Chemistry And Technology Of Man-Made Fibres Pages: 204 - 206
Interconnection between preparation parameters and the strength of texturized combined yarns T. S. NazarenkoN. K. TarasenkoM. P. Nosov Physico-Mechanical Properties And Application Of Man-Made Fibres Pages: 207 - 211
Statistical modeling of synthetic yarn deformation processes A. M. Stalevich Physico-Mechanical Properties And Application Of Man-Made Fibres Pages: 211 - 216
Operational properties of the chemisorptive fibre VION AN-1 A. N. BarashM. P. ZverevA. N. Sokira Physico-Mechanical Properties And Application Of Man-Made Fibres Pages: 216 - 218
Change in properties of man-made fibres and fabrics made from them under the action of epoxy resins K. E. PerepelkinN. P. Alekseenko Physico-Mechanical Properties And Application Of Man-Made Fibres Pages: 219 - 221
Effect of aluminum sulfate content of the precipitation bath on fibre physico-mechanical properties G. S. MazhirinaM. M. Aref'evaV. P. Kim Physico-Mechanical Properties And Application Of Man-Made Fibres Pages: 222 - 224
Conferring antimicrobial properties on staple fibre based on cellulose V. I. ShlyakhovO. I. PesnyaN. G. Shubenkin Physico-Mechanical Properties And Application Of Man-Made Fibres Pages: 224 - 226
Giving polyester fabric antibacterial properties V. I. ShlyakhovO. I. PesnyaN. G. Shubenkin Physico-Mechanical Properties And Application Of Man-Made Fibres Pages: 227 - 229
Heating of synthetic yarns during the process of stretching and heat-setting R. L. Rabkin Machines And Apparatus Pages: 230 - 234
Adoption of block spinneret assemblies with an increased number of holes S. K. ZhamlinT. M. BaranovaI. Kh. Natanson Machines And Apparatus Pages: 234 - 237
Effect of the composition and temperature of the plasticizing bath in viscose manufacturing on its corrosive activity A. V. SkolunovG. V. SretenskayaG. A. Tsar'kov Machines And Apparatus Pages: 238 - 241
Application of a catalyst based on a mixture of hydrates of orthophosphoric acid for anticorrosive purposes V. G. GolubevI. K. StyalovaYu. N. Bychkov Machines And Apparatus Pages: 242 - 243
Potentiometric determination of the iron content of the saponification bath V. A. K. KremerL. P. SvetlovaG. V. Kudryavtseva Manufacturing Control Pages: 244 - 246
A method of monitoring sulfuric acid in the precipitation bath for manufacturing high-modulus viscose fibre A. P. RashevskiiT. A. Goncharova Manufacturing Control Pages: 247 - 248
Acoustical method of studying structural changes during the swelling of fibres in liquids V. E. SorokinL. K. KuznetsovaV. G. Brusentsova Manufacturing Control Pages: 248 - 250