Hollow fibres for medical applications. A review L. P. PerepechkinN. P. Perepechkina Chemistry and Technology of Chemical Fibres Pages: 411 - 420
Graft polymerization of hydroxyethyl methacrylate to polycaproamide using a heat-treated solution of monomer L. V. BogachevaV. F. Zheltobryukhov Chemistry and Technology of Chemical Fibres Pages: 421 - 424
Structural and chemical transformations in thermooxidative stabilization of copolymeric polyacrylonitrile fibres A. T. KalashnikL. A. ZlatoustovaA. T. Serkov Chemistry and Technology of Chemical Fibres Pages: 425 - 432
Layer-by-layer rupture of the jet in spinning chemical fibres in the deformation resonance mode A. T. SerkovM. B. RadishevskiiYu. V. Afanas'eva Chemistry and Technology of Chemical Fibres Pages: 433 - 436
Intensification of thermooxidation of polyacrylonitrile fibres O. N. PanichkinaT. A. BelousovaM. B. Radishevskii Chemistry and Technology of Chemical Fibres Pages: 437 - 440
Some characteristics of liquid water described with a cluster-hydroscopic model A. V. Skolunov Chemistry and Technology of Chemical Fibres Pages: 441 - 448
Effect of molecular mobility on the deformation characteristics of polycaproamide fibres B. M. TarakanovB. I. BurkertD. M. Starodubov Properties and Use of Chemical Fibres Pages: 449 - 451
Effect of acetone and ethanol on the physicomechanical properties of aramid fibres I. M. ZakharovaA. E. ZavadskiiZ. N. Zhukova Properties and Use of Chemical Fibres Pages: 452 - 454
Stability of polycaproamide suture thread with coatings in radiation sterilization E. A. KovtunE. P. Plygan'G. I. Glukhovskaya Properties and Use of Chemical Fibres Pages: 455 - 459
Fabrication and properties of biocidal fibre materials T. F. KostinaM. P. ZverevS. V. Zakharov Properties and Use of Chemical Fibres Pages: 460 - 462
Assortment of viscose textile fabrics from the Svetlogorsk Khimvolokno Manufacturing Association and the carbon materials based on them A. A. LysenkoA. A. YakobukN. N. Udal'tsova Properties and Use of Chemical Fibres Pages: 463 - 466
Structure of composite materials based on aluminum and coreless silicon carbide fibres A. A. AksenovZ. F. EgorushkinaG. A. Budnitskii Fibre Composite Materials Pages: 467 - 472
Polyethylene with low combustibility for construction applications containing chemical fibres and disperse fillers M. V. NaumovaL. G. PanovaYu. A. Treger Fibre Composite Materials Pages: 473 - 476
Structure of polymer gels and solutions P. M. PakhomovS. D. KhizhnyakA. E. Chmel' Physical Chemistry of Fibre-Forming Polymers Pages: 477 - 480
Effect of heat and mechanical effects on optical fibres with different coatings M. V. ShablyginF. A. ShatalovA. V. Shepelev Physical Chemistry of Fibre-Forming Polymers Pages: 481 - 483
Photoacoustic methods of investigating fibre materials O. V. SidorovA. M. ShchetininS. V. Sidorov Physical Chemistry of Fibre-Forming Polymers Pages: 484 - 488
Raman spectroscopic study of the characteristics of chemical fibres with axial compressive loads O. V. SidorovA. M. ShchetininM. V. Shablygin Physical Chemistry of Fibre-Forming Polymers Pages: 489 - 491
Model DD 2000 high-speed universal twisting frame for technical fibres E. M. AizenshteinV. N. Efremov Machines and Equipment Pages: 492 - 495
Testing the EKS 201 rewinding module A. A. BogoslavskiiS. A. BogdanenkoV. N. Efremov Machines and Equipment Pages: 496 - 498
