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Theoretical and Mathematical Physics
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Electric convection of low-conductivity liquid in a horizontal capacitor in the presence of unipolar charge injection
V. A. Il'in
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5–9 |
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On the effective medium model for particles with a complex structure
L. A. Apresyan, D. V. Vlasov, D. A. Zadorin, V. I. Krasovskii
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10–17 |
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Gases and Fluids
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Shear elasticity and strength of the liquid structure by an example of diethylene glycol
B. B. Badmaev, T. S. Dembelova, D. N. Makarova, Ch. Zh. Gulgenov
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18–21 |
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Features of an underexpanded pulsed impact gas-dispersed jet with a high particle concentration
D. V. Sadin, S. D. Lyubarskii, Yu. A. Gravchenko
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22–26 |
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Mathematical simulation of hydrocarbon fuel conversion in heat-protection elements of hypersonic aircrafts
A. L. Kuranov, A. V. Korabel'nikov, A. M. Mikhailov
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27–33 |
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Plasma
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Coulomb explosion of the hot spot of micropinches
V. I. Oreshkin, E. V. Oreshkin
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34–38 |
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Solids
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Deformation and strength of silica fibers in three-point bending in consideration of nonlinear elasticity of glass
L. G. Baikova, T. I. Pesina, E. I. Mansyrev, M. F. Kireenko, L. V. Tikhonova
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39–43 |
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Application of the model of delocalized atoms to metallic glasses
D. S. Sanditov, M. V. Darmaev, B. D. Sanditov
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44–48 |
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Thermal electrodynamic mechanisms of a rise of current-voltage characteristic (IVC) of technical superconductors at magnetic flux creep
V. R. Romanovskii
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49–58 |
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Calculating the melting curves by the thermodynamic data matching method: Platinum-group refractory metals (Ru, Os, and Ir)
E. Yu. Kulyamina, V. Yu. Zitserman, L. R. Fokin
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59–64 |
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Physical science of materials
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Surface and volume waves in ferrodielectric–magnetically active material structures
L. D. Filatov, D. I. Sementsov
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65–71 |
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Physicochemical, dielectric, and piezoelectric properties and conductivity of LiNbO$_{3}$ : ZnO crystals (4.02–8.91 mol.%)
M. N. Palatnikov, V. A. Sandler, N. V. Sidorov, I. V. Biryukova, O. V. Makarova
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72–79 |
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Solid-State Electronics
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Calculation and optimization of thermoelectric cooling modes of thermally loaded elements
E. N. Vasil'ev
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80–86 |
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Physics of nanostructures
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Microhardness and refractive index of titanium dioxide-based binary coatings
A. B. Atkarskaya, V. V. D'yachenko, V. M. Nartsev, V. G. Shemanin
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87–90 |
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Radiophysics
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Specific features of waveguide heating due to transmission of high-power microwave signals
I. V. Kudryavcev, O. B. Gotselyuk, E. S. Novikov, V. G. Demin
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91–96 |
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Electrophysics, electron and ion beams, physics of accelerators
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The use of stability bands to improve the performance of quadrupole mass filters
M. Yu. Sudakov, E. V. Mamotov
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97–105 |
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Physical electronics
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Physical operating principles of scandate cathodes for microwave devices
V. I. Kapustin, I. P. Li, A. V. Shumanov, Yu. Yu. Lebedinskii, A. V. Zablotskii
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106–116 |
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Biomedical physics
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Electronic and software systems of an automated portable static mass spectrometer
Yu. V. Chichagov, A. A. Bogdanov, D. S. Lebedev, V. T. Kogan, Yu. V. Tuboltsev, A. V. Kozlenok, V. S. Moroshkin, A. V. Berezina
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117–124 |
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Experimental instruments and technique
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Total external reflection of X-rays from solid surfaces
V. M. Stozharov
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125–129 |
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Some principles in choosing parameters of magnetic resonance tomographs
A. N. Volobuev
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130–135 |
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Replica neutron guides for experiments with ultracold neutrons
A. P. Serebrov, A. V. Vassiljev, M. S. Lasakov, E. V. Siber, A. N. Murashkin, A. I. Egorov, A. K. Fomin, S. V. Sbitnev, P. Geltenbort, O. Zimmer
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136–139 |
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Plasma-chemical reactor based on a low-pressure pulsed arc discharge for synthesis of nanopowders
I. V. Karpov, A. V. Ushakov, A. A. Lepeshev, L. Yu. Fedorov
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140–145 |
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Brief Communications
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On material fracture criteria
L. S. Kremnev
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146–149 |
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Waveguides based on linear defects in metal electromagnetic crystals
A. Yu. Vetluzhsky
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150–154 |
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Analysis of the process of turning off an integrated thyristor with external MOSFET control
I. V. Grekhov, A. G. Lyublinsky, A. A. Skidanov
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155–158 |
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