Physico-chemical principles of materials development
P. F. Prokopovich, E. S. Kirillova, V. A. Gurtov
A new approach for fabrication of photochromic composite structures based
on hydrated tungsten (VI) oxide particles in cellulose matrix........................................................... 5
Materials for electronics
V. I. Kapustin, I. P. Li, A. V. Shumanov, S. O. Moskalenko, V. I. Svitov
Effect of micro-impurities on the electronic structure and emission properties
of the microwave devices cathode materials..............................................................................…. 19
Materials for insuring human life activity
and environmental protection
S. Z. Zeynalova, L. A. Smirnova, A. V. Mitin
Thermo-sensitive hydrogels on the basis of primary copper
and acrylamide copolymers......................................................................................................…… 30
Materials for general purpose
Е. А. Kinev
Correlation between high-dose radiation-induced swelling
and grain size of 16 Cr – 15 Ni steel ..........................................................................................…..39
N. T. Kakhramanov, I. V. Bayramova, N. S. Koseva, R. Sh. Gadzhieva
Physical-mechanical properties of composites based on vesuvianite
and ethylene-butylene copolymer...............................................................…................................. 47
New materials processing technologies
V. A. Poluektova, N. A. Shapovalov, N. I. Novosadov
Heat release kinetics and peculiarities of modified polymer-cement mixtures
for construction 3D printing......................................................................................................….... 54
M. A. Ponomarev, V. E. Loryan
Synthesis of composite material in Al – Ti – B system during combustion
of titanium and boron powders and aluminum-clad granules of VT6 alloy..............................……. 62
Methods of materials properties analysis
P. G. Babayevsky, N. V. Saliyenko, G. V. Novikov
Used of experimentally determined parameters of the cohesive zone in the numerical
evaluation of the resistance to delamination of polymer composites materials................................74
