|
VOLUME 2 | ISSUE 2 CONTENTS |
page number of Russian version in brackets |
|
Gliner E. B.
, A Possible Generalization of Einstein's Equations
|
33
(53)
|
|
Basoy N. G., Zuev V. S., Senatskii Yu. V.
, Neodymiurn-glass Laser with Pulsed O-switching
|
35
(57)
|
|
Eliseev P. G., Novikov A. A., Fedorov V. B.
, Effects of Optical Interaction of Two Diode Lasers
|
36
(58)
|
|
Zubova N. V., Sushchinskii M. M., Zubov V. A.
, On the Complex Line Structure in the Spectra of Stimulated Raman Scattering of Light
|
39
(63)
|
|
Itskevich E. S., Voronovskii A. N., Sukhoparov V. A.
, Variation of Low-frequency Component of the Electric-resistance Oscillations of Zinc in a Magnetic Field at Pressure 16,000 kg/cm2 |
42
(67)
|
|
Kagan Yu., Sobakin V.
, Anisotropy of Odd Photomagnetic Effect in Semiconductors of Cubic Symmetry
|
44
(71)
|
|
Kikoin I. K., Lazarev S. D.
, Anisotropy of Odd Photomagnetic Effect in Germanium in Strong Effective Magnetic Fields
|
47
(75)
|
|
Veselago V. G., Oraevskii A. N., Strakhovskii G. M., Tatarenkov V. M.
, Mew Method of Maser Tuning
|
49
(77)
|
|
Fedyanin O. I., Khokhlov Yu. V.
, Influence of Toroidal Drift on Plasma Injection Transversely to the Magnetic Field
|
50
(79)
|
|
Ozernoi L. M.
, Gravitational Radiation of Explosive Origin
|
52
(83)
|
|
Piliptetskii N. F., Rustamov A. R.
, Observation of Selffocusing of Light in Liquids
|
55
(88)
|
|
Alikhanov A. I., Bayatyan G. L., Brakhman E. V., Galaktionov Yu. V., Eliseev G. P., Ech F. A., Zel'dovich O. Ya., Landsberg L. G., Lyubimov V. A., Sidorov I. V.
, Elastic Backward Scattering of Negative Pions by Neutrons in the 1.4 - 4.0 BeV/c Momentum Interval
|
57
(90)
|
|
Bedilov M. R., Likhachev V. M., Mikhailov G. V., Rabinovich M. S.
, Use of the Pinch Effect for Optical Laser Pumping
|
59
(95)
|
|
Vitman V. D., Dzelepov B. S., Serqeev A. G.
, Energies and Relative Intensities of 2201, 2490, and 2508 y Lines in the Spectrum of Ga72 |
61
(97)
|
|
Amirkhanov Kh. I., Bashirov R. I.
, Effect of Spin on the Longitudinal Magnetoresistance in Indium Antimonide at 4.2° K |
62
(100)
|
|
Permission given by American Institute of Physics is appreciated.
|