The theory of nonstationary thermophoresis of a solid spherical particle M. K. KuzminYu. I. Yalamov Theoretical and Mathematical Physics Pages: 677 - 684
On the theory of acoustic solitons in a liquid with distributed gas bubbles D. Ch. Kim Gases and Liquids Pages: 685 - 689
On the oscillations of a charged drop of a finite-conductivity viscous liquid S. O. ShiryaevaA. I. Grigor’evO. S. Kryuchkov Gases and Liquids Pages: 690 - 698
Townsend coefficient, escape curve, and efficiency of runaway-electron beam formation in argon A. N. TkachevA. A. FedenevS. I. Yakovlenko Gases and Liquids Pages: 699 - 704
Theoretical estimation of discontinuity flaw of adhesive contacts between multilayer elements of the liquid metal blanket in a fusion reactor I. V. VitkovskyA. N. KonevS. I. Yakushina Gas Discharges, Plasma Pages: 705 - 710
Two forms of attachment of an atmospheric-pressure direct-current arc in argon to a thermionic cathode N. K. MitrofanovS. M. Shkol’nik Gas Discharges, Plasma Pages: 711 - 720
Internal friction in alloys due to plasticity of the diffusion phase transformation V. M. Arzhavitin Solids Pages: 721 - 726
Ultralow-frequency magnetoelectric effect in a multilayer ferrite-piezoelectric structure K. E. KamentsevY. K. FetisovG. Srinivasan Solids Pages: 727 - 733
Effect of titanium ion implantation and the gas atmosphere on the electrophysical properties of alumina A. V. KabyshevF. V. Konusov Solid-State Electronics Pages: 734 - 738
Key methods for intensifying soft X-ray emission from a laser plasma for lithography A. A. AndreevV. G. NikolaevYu. A. Kurakin Optics, Quantum Electronics Pages: 739 - 746
Luminescence from thermally doped nanopowders of zirconia Yu. Yu. BacherikovS. V. OptasyukI. A. Danilenko Optics, Quantum Electronics Pages: 747 - 750
Efficient light source based on an inductive ferrite-free discharge at frequencies of 300–3000 kHz O. A. Popov Optics, Quantum Electronics Pages: 751 - 758
On geometrical aberrations of an X-ray beam experiencing Laue diffraction reflection in a Cauchois scheme T. Chen Optics, Quantum Electronics Pages: 759 - 761
On the dynamic theory of a focusing Cauchois spectrometer T. Chen Optics, Quantum Electronics Pages: 762 - 764
Experimental investigation of explosive plasma antennas A. H. AdzhievV. A. SoshenkoA. S. Tishchenko Radiophysics Pages: 765 - 769
Secondary ion mass spectrometer based on a high-dose ion implanter V. A. BaturinS. A. EreminS. A. Pustovoĭtov Electron and Ion Beams, Accelerators Pages: 770 - 775
On the theory of stoichiometric binary compound films by reactive magnetron sputtering A. N. EvsyukovB. V. Stetsenko Surface, Electron and Ion Emission Pages: 776 - 780
On the efficiency of driver state monitoring systems V. V. DementienkoV. B. DorokhovV. M. Shakhnarovich Experimental Instruments and Techniques Pages: 781 - 786
On the nonequilibrium phase transition in protein E. Rapis Experimental Instruments and Techniques Pages: 787 - 792
Negative optical refraction in crystals with strong birefringence R. A. BrazheR. M. Meftakhutdinov Brief Communications Pages: 793 - 795
On the potential distribution near the turns of a grid in plasma switchers A. N. AndronovA. M. MartsinovskyV. K. Shigalev Brief Communications Pages: 796 - 798
Acoustic perturbations and turbulent pulsations L. N. Pyatnitsky Brief Communications Pages: 799 - 802
On the initial stage of a subnanosecond pulsed breakdown of high-pressure gas discharge gaps S. I. Yakovlenko Brief Communications Pages: 803 - 805
Interaction between large and small signals in a resonant transmission line based on magnetostatic waves S. V. GrishinYa. E. Nudel’manYu. P. Sharaevskiĭ Brief Communications Pages: 806 - 808
Generation of soft X rays in a vircator with exploding anode foil A. E. DubinovI. A. EfimovaV. D. Selemir Brief Communications Pages: 809 - 811
Effect of the shape of filler particles on the strength of a polymer composite V. I. VettegrenA. Ya. BashkarevM. A. Suslov Brief Communications Pages: 812 - 815
Electrical conduction of a thin cylindrical wire in a longitudinal magnetic field É. V. ZavitaevA. A. Yushkanov Brief Communications Pages: 816 - 819
