Polymer Science, Series D

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Simulation of Optimal 3D Printing Parameters
Polymer Science, Series D - - 2023
I. S. Nefelov, N. I. Baurova
Methodological Approaches to the Improvement of Technology of Engineering Fluorocomposites
Polymer Science, Series D - Tập 16 - Trang 386-391 - 2023
S. V. Avdeichik, E. T. Krut’ko, A. S. Antonov, V. A. Struk, A. N. Lesun
Structural and technological aspects of obtaining composite materials based on polytetrafluoroethylene are considered. It is shown that, due to the manifestation of the inertness of the components in the processes of interfacial interaction with an increase in the degree of filling, a structural paradox appears within the framework of the traditional technological paradigm. This paradox consists i...... hiện toàn bộ
High-Temperature Thermodestruction Analysis of a Polyphenylene-Sulfide-Based Composite by Thermogravimetry
Polymer Science, Series D - Tập 16 - Trang 137-141 - 2023
A. V. Kutsenova, E. V. Kalugina, A. V. Samoryadov, V. B. Ivanov
Thermodestruction of a polyphenylene-sulfide-based composite at temperatures up to 800°C was studied by dynamic thermogravimetric analysis. Activation energies Еа were determined using a nonlinear regression analysis within the framework of a kinetic model of the process with two noninterrelated noninteracting stages. Estimates of Еа by this and other methods were compared with the value of Еа dur...... hiện toàn bộ
Development and tests of thermally stable potting and impregnating compounds
Polymer Science, Series D - Tập 5 - Trang 145-149 - 2012
S. N. Gladkikh, E. N. Basharina, O. L. Troitskaya, S. P. Kriulina, N. V. Timoshchenko, I. V. Nikitushkin
The results of investigation of domestic impregnating and potting compounds that can function at temperatures up to 180–200°C developed at JSC Kompozit are presented. It is shown that these materials function at temperatures up to 200°C, as well as under conditions of elevated humidity and temperature cycling.
The Mechanism of the Initial Stage of Synthesis of Polydopamine
Polymer Science, Series D - Tập 15 - Trang 30-34 - 2022
A. V. Varankin, A. A. Artyukhov, M. I. Shtil’man, Ya. O. Mezhuev
Based on the analysis of the regularities of the interaction of dopamine borates and dimethyl silyl ether, two alternative mechanisms of their oxidation for the purpose of obtaining polydopamine as a promising product for the creation of new and efficient adhesive compounds for joining biological tissues are proposed. An explanation of the presence of a threshold concentration of dopamine in the r...... hiện toàn bộ
A Technique for Production of High-Pressure Vessels from Polymer-Composite Materials
Polymer Science, Series D - - 2018
Н. А. Лавров, М. С. Игуменов
Modern Achievements in the Field of Cyanoacrylate Adhesives. Mechanisms of Polymerization of Cyanoacrylates and Their Application Value
Polymer Science, Series D - Tập 12 - Trang 290-295 - 2019
D. A. Aronovich
This review presents the types of polymerization reactions of cyanoacrylates, which determine the characteristics of the polymers obtained and, as a result, the fields of their application.
Carborane-containing phenolic resin-rubber adhesives possessing magnetic properties
Polymer Science, Series D - Tập 1 - Trang 32-35 - 2008
A. P. Petrova, P. M. Valetskii
Results of the study of phenolic resin-rubber adhesives modified with oligoferrocenyl carborane are reported. The attempt was made to explain the mechanism of magnetic conductance of adhesives containing oligoferrocenyl carborane.
Characteristics of silicon microdroplets in coatings deposited by vacuum arc evaporation
Polymer Science, Series D - Tập 9 Số 2 - Trang 238-242 - 2016
Д. В. Духопельников, Д. В. Кириллов, Vyacheslav Bulychev
Thermodynamic model of the effect of nanoadhesion for polymeric nanocomposites
Polymer Science, Series D - Tập 1 - Trang 223-225 - 2008
G. V. Kozlov, Z. Kh. Afashagova, G. E. Zaikov
A thermodynamic model of the effect of nanoadhesion in filled polymeric nanocomposites is discussed. The model demonstrates good agreement with experimental data. It is shown that the effect of nanoadhesion has a dimensional origin, i.e., it is a true nanoeffect, which is greatly influenced by the aggregation of filler nanoparticles.
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