Complex dynamics of a simple distributed self-oscillatory model system with delay N. M. RyskinA. M. Shigaev Theoretical and Mathematical Physics Pages: 795 - 802
Nonlinear friction as a mechanism of directed motion Yu. L. BolotinA. V. TurV. V. Yanovsky Theoretical and Mathematical Physics Pages: 803 - 806
Diffusion of nanoparticles in a rarefied gas V. Ya. RudyakS. L. Krasnolutskii Theoretical and Mathematical Physics Pages: 807 - 813
Electromagnetic field induced by shock compression of a current-carrying conductor S. D. GilevT. Yu. Mikhailova Theoretical and Mathematical Physics Pages: 814 - 820
Different methods of calculating the pinning energy of plane vortices in a 3D Josephson medium: A comparative study M. A. Zelikman Theoretical And Mathematical Physics Pages: 821 - 828
A numerical simulation of nucleation and dynamics of bubbles formed under drastic depressurization of a liquid E. Yu. KumzerovaA. A. Schmidt Gases and Liquids Pages: 829 - 833
Equilibrium shape and stability of a charged drop in an air flow under an electric field A. I. Grigor’ev Gases and Liquids Pages: 834 - 840
Surface erosion of tungsten and the morphology of erosion products in experiments simulating plasma disruption M. I. GusevaV. M. GureevV. I. Vasil’ev Gas Discharges, Plasma Pages: 841 - 844
Azimuthal surface waves at the plasma-metal boundary in a nonuniform toroidal magnetic field I. A. Girka Gas Discharges, Plasma Pages: 845 - 850
Surface streamer microwave discharge K. V. AleksandrovL. P. GrachevK. V. Khodataev Gas Discharges, Plasma Pages: 851 - 855
Concerning the electromagnetic instability of a homogeneous anisotropic plasma V. A. AntonovA. S. BaranovYu. N. Gnedin Gas Discharges, Plasma Pages: 856 - 861
Anisotropy of magnetoelastic wave attenuation in (111) crystal plates with combined anisotropy R. M. VakhitovV. V. GrinevichO. G. Ryakhova Solids Pages: 862 - 865
On elastic deformation of the indentation surface in alkali-haloid crystals V. A. FeodorovL. G. KaryevA. N. Glushkov Solids Pages: 866 - 868
Temperature dependences of thermal expansion and saturation magnetization in Fe(67.0%)-Ni(32.5%)-Co(0.5%) Invar alloy with nanocrystalline structure Kh. Ya. MulyukovI. Z. SharipovR. R. Mulyukov Solids Pages: 869 - 872
Motion of domain walls under the action of spin-polarized current in a magnetic junction Yu. V. GulyaevP. E. Zil’bermanÉ. M. Épshtein Solids Pages: 873 - 879
On the determination of the energy of activation of relaxation transitions in polymers by differential scanning calorimetry A. I. SlutskerYu. I. PolikarpovK. V. Vasil’eva Solids Pages: 880 - 885
On 2D Focusing of X rays Bragg-diffracted by a biaxially bent crystal T. Tchen Optics, Quantum Electronics Pages: 886 - 888
Nonlinear optical parameters of colloidal silver at various stages of aggregation R. A. GaneevA. I. RyasnyanskiiT. Usmanov Optics, Quantum Electronics Pages: 889 - 893
Pulsed-periodic discharge in cesium as an effective source of light F. G. BakshtV. F. Lapshin Optics, Quantum Electronics Pages: 894 - 899
Collective processes in a microsecond relativistic electron beam: Basic rules and mechanisms E. V. GanichevN. V. DvoretskayaG. G. Sominskii Radiophysics Pages: 900 - 905
On the stationary states of electron beams in a drift space N. F. Kovalev Electron and Ion Beams, Accelerators Pages: 906 - 909
Erosion of the field emitter surface exposed to low-energy ions T. I. MazilovaI. M. Mikhailovskii Surfaces, Electron and Ion Emission Pages: 910 - 914
Emission of cadmium excited ions upon α particle bombardment A. I. Mis’kevichXiaolin Zhao Surfaces, Electron and Ion Emission Pages: 915 - 920
Control of 3d structure growth by the example of a biocell: 2. From theory to experiment S. L. Grigor’ev Experimental Instruments and Techniques Pages: 921 - 925
Electric strength of the accelerating gap of a plasma electron source at rough vacuum V. A. BurdovitsinM. N. KuzemchenkoE. M. Oks Brief Communications Pages: 926 - 928
Comparison of the Shannon information, Tsallis information, and number of system states in diagnosing regular and chaotic motions A. L. Tukmakov Brief Communications Pages: 929 - 931
Nonequilibrium semiconductor-metal phase transition due to self-heating A. V. MelkikhA. A. Povzner Brief Communications Pages: 932 - 933