|
VOLUME 8 (1968) | ISSUE 2 CONTENTS |
page number of Russian version in brackets |
|
Krinchik S., Gushchin V. S., Ganshina E. A.,
Spin-orbit Splitting of 0.7-eV Transition and Electron Structure of Ferromagnetic Nickel
|
31
(53)
|
|
Kuznetsov E. I., Vinogradova N.D.,
Measurement of Neutral Hydrogen Atom Concentration in the Plasma Pinch in the Tokamak TM-3 Machine
|
34
(59)
|
|
Reznikov G. P., Fugol' I. Ya., Shevchenko Yu. F.,
Low-frequency Intensity Oscillations of Helium-plasma Radiation at Low Temperatures
|
37
(64)
|
|
Arsenin V. V. , Zhil'tsov V. A., Likhtenshtein V. Kh. , Chulnov V.A.,
Suppression of Cyclotron Instabilaty of a Rarefied Plasma with the Aid of a Feedback System
|
41
(69)
|
|
Kireev P. S., Kalugina L. I. ,
Registration of a Gamma-ray Pulse with a Semiconductirig Detector Based on Cadmium Telluride
|
44
(73)
|
|
Goryachev B.I., Ishkhanov B. S., Kapitonov I.M., Piskarev I. M., Shevchenko V.G., Shevchenko O.P.,
Photoneutron Cross Sections on Nickel Isotopes
|
46
(76)
|
|
Dubinskkya L.S., Soskin V. A., Tagiev I. G., Farbshtein I. I. , Shalyt S.S. ,
Concerning the Shubnikov - de Haas Effect in Tellurium
|
47
(79)
|
|
Lyubimov Yu. N., Mikhailov V. I., Gel'man V. I., Zatselyatin A. M. ,
Reduction of the Background Effect in Mass Spectroscopy of Molecular Beams
|
49
(82)
|
|
Amus'ya M.Ya.,
Highly Excited States of Atomic Nuclei
|
52
(86)
|
|
Slobodetskii I. Sh. , Chukhovskii F. N. , Indenbom T. L.,
X-ray Diffraction Under Conditions of the Spatially-inhomogeneous Dynamic Problem
|
55
(90)
|
|
Doroshkevich A. G. , Zel'dovich Ya.B., Novikov I. D. ,
Neutrinos in Anisotropic Cosmological Solutions
|
58
(95)
|
|
Ter-Mikaelyan M. L. ,
Influence of Multiple Scattering on Resonant Radiation.
|
61
(100)
|
|
Blank A.Yu., Kondratenko P.S.,
Magnetic Resonance in Antiferromagnetic Metals in a Magnetic Field
|
63
(103)
|
|
Khalfin L. A. ,
Phenomenological Theory of K0 Mesons and the Non-exponential Character of the Decay
|
65
(106)
|
|
Naida O.N.,
On the possibility of Verifying the Equivalence Principle (for the Electromagnetic Field) in Second Order in the Newtonian Gravitational Constant
|
68
(110)
|
|
Permission given by American Institute of Physics is appreciated.
|