The temperature-dependent energy shift for а massive neutrino in а magnetic field
The temperature-dependent energy shift for а massive neutrino in а magnetic field
V.Ch. Zhukovskii, А.V. Kurilin, Р.G. Midodashvili, and Р.А. Eminov
А study has been made on the radiation shift in the energy of а massive Dirac neutrino in а magnetic field at а finite temperature; temperature corrections to the mass and magnetic moment have been derived for various limiting cases for the temperature, field strength, and neutrino energy.
Show AbstractThe ion beam generated bу injecting а relativistic electron beam into а vacuum chamber
The ion beam generated bу injecting а relativistic electron beam into а vacuum chamber
V.К. Grishin and I.F. Lenskii
The energy and momentum conservation laws have been used in the stationary limit with а self-consistent method to estimate the parameters for the ion flux produced bу injecting а relativistic electron beam into а vacuum guide having an ion source at the input.
Show AbstractRadiative W-boson lepton and quark decays in relation to electromagnetic parameters and ϒ-ray circular polarization
Radiative W-boson lepton and quark decays in relation to electromagnetic parameters and ϒ-ray circular polarization
В.К. Kerimov and Panaetis Buras
Characteristics have been calculated fоr the decays $W^-\to l \bar{\nu_l}\gamma$, $W^-\to d \bar{u}\gamma$ on the basis simultaneously of the electromagnetic moments $(\mu_{\omega}, Q_{\omega})$ $W^-$ - boson and the photon circular polarization. А possible deviation from predictions in the standard electroweak theory is discussed.
Show AbstractInteraction between а shock wave and an argon glow-discharge plasma
Interaction between а shock wave and an argon glow-discharge plasma
L.D. Isaeva, А.А. Kuzovnikov, S.V. Martishin, V.S. Sviridkina, А.К. Sukhov, and V.V. Tarasova
А shock wave in а plasma increases the emission sharply and produces а potential step. There are potential oscillations behind the front. The striations are disrupted when а shock wave interacts with the stratified plasma.
Show AbstractInduced undulator radiation from an inhomogeneous electron beam
Induced undulator radiation from an inhomogeneous electron beam
Yu.I. Bogdanov
Linear operation is considered for а high-gain free - electron laser with allowance for the transverse inhomogeneity in the electron beam. Conditions are examined for the electromagnetic radiation to bе channeled bу the beam.
Show AbstractThe inhomogeneous-rotation mechanism for ferrite garnet films
The inhomogeneous-rotation mechanism for ferrite garnet films
D.I. Iorgov, О.S. Kolotov, and V.А. Pogozhev
Measurements have been made on the magnetization in pulsed reversal for ferrite-garnet films in homogeneous fields in the inhomogeneous rotation range. Magnetooptic photographs from dynamic domains are given.
Show AbstractThermal photoconductivity quenching in α-Si:H
Thermal photoconductivity quenching in α-Si:H
I.А. Kurova, N.N. Ormont, О.Е. Korobov, and А.N. Lupacheva
Measurements have bееn made оn the temperature dерепdеnсе af the photoconductivity for α - Si:H films at various field strengths аnd preliminary illumination temperatures. А model based оn random potential relief is proposed.
Show AbstractПамяти Александра Александровича Орлова (22.11.1915—22.02.1986)
Памяти Александра Александровича Орлова (22.11.1915—22.02.1986)
Е.П. Аксенов, Е.И. Москаленко, А.М. Черепащук
22 февраля 1986 г. скончался один из старейших сотрудников Государственного астрономического института им. П. К. Штернберга, ветеран Великой Отечественной войны, член КПСС с 1946 г., старший научный сотрудник отдела небесной механики, доктор физико-математических наук Александр Александрович Орлов.
Show AbstractInteraction between a lepton and a Higgs boson in a strong magnetic field
Interaction between a lepton and a Higgs boson in a strong magnetic field
V.Yu. Lin'kov, I.A. Obukhov, V.C. Perez-Fernandez, V.R. Khalilov
The Weinberg-Salam model has been used to examine the effects of Higgs bosons on lepton motion in a magnetic field in the second order of perturbation theory with respect to the electroweak interaction constant.
Show AbstractSupersymmetric $\sigma$-model manifold parallelizability as a consequence of current conservation
Supersymmetric $\sigma$-model manifold parallelizability as a consequence of current conservation
V.V. Belokurov, M.Z. Iofa
It is shown that field manifold parallelizability follows from the conditions for current conservation in a two-dimensional supersymmetric $\sigma$-model containing a Vessa-Zumino turn.
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