Calculation of the tunneling factor for proton transport
Calculation of the tunneling factor for proton transport
M.A. Vorotyntsev and G.M. Chonishvili
One application of the tetrad method in the classical theory of radiation
One application of the tetrad method in the classical theory of radiation
A.B. Kukanov and N.D. Naumov
Low-temperature chambers for mossbauer diffraction experiments
Low-temperature chambers for mossbauer diffraction experiments
V.S. Zasimov and R.N. Kuz'min
Neutral currents in ant ineutrino splitting of the deuteron
Neutral currents in ant ineutrino splitting of the deuteron
В.K. Kerimov and M.Ya. Safin
Relation between the blocking effect and rutherford scattering in the nonlocal-statistical theory of the interaction of charged particles with single crystals
Relation between the blocking effect and rutherford scattering in the nonlocal-statistical theory of the interaction of charged particles with single crystals
N.M. Sadykov
The relation between blocking and Rutherford scattering is investigated in Vlasov and Kuraev's nonlocal-statistical theory of orientation effects. A solution is obtained for the initial equation system of the theory in the second approxima tion, and it is shown that Rutherford scattering emerges in the second approxi mation, while blocking effects are obtained in the first approximation with re spect to the charge of the beam particles. The calculation was made without consideration of the screening factor.
Show AbstractStability of round pipe flows
Stability of round pipe flows
L.A. Dikii and 0.A. Klitsenko
It is shown that stabillty of rotationally symmetrical perturbations of a flow of an ideal fluid in a round pipe implies that the velocities of asymmetrical perturbations are bounded.
Show AbstractThe polarization of radiation in an undulator
The polarization of radiation in an undulator
A.S. Vshivtsev and V.Ch. Zhukovskii
The intensity of undulator radiation is calculated and its polarization is considered. The direction of the electric field of the radiation is deterrnined for a given frequency and a given wave vector. The maximum undulator length limit at which electron energy losses can be neglected is found.
Show AbstractOn the theory of the generator with optical delay line
On the theory of the generator with optical delay line
V.N. Parygin and Kh. Gassab
The paper presents an experimental study uf a generator with an optical delay line in the feedback circuit. The amplitude and frequency characteristics of the generator are studied at various lengths of the optical delay line. The possjbility of using such a generator for distance measurement is pointed out.
Show AbstractToward a theory of the propagation of finite-amplitude waves in a relaxing medium
Toward a theory of the propagation of finite-amplitude waves in a relaxing medium
В.K. Novikov
The propagation of a wave of finite amplitude in media described by a nonlinear relaxation c(auation is analyzed theoretically. It is shown that inclusion of nonlinear "relaxationn" terms in the dynamic equations results in an increase in the effective value of the nonlinearity in the range ωτ~ 1.
Show AbstractAn investigation of the kinematic structure of a turbulent flow and the motion of solid particles in its bottom region
An investigation of the kinematic structure of a turbulent flow and the motion of solid particles in its bottom region
N.A. Mikhailova and G.S. Fomenko
Statistical analysis (based on motion-picture data) of the paths of neutral buoyancy indicators and heavy particles (mean values and second-order correlation moments for the velocity components) is used to propose a three-layer model of a turbulent flow with solid particles in skipping motion in its bottom region. The presence of a concentration maximum of the solid particles at a fixed distance from the bottom of the flow is explained.
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