BULLETIN OF THE LEBEDEV PHYISICS INSTITUTE
P.N.Lebedev Physics Institute of the Russian Academy of sciences

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1. Title:
FORMATION OF SEMICONDUCTOR A2B6 NANOCRYSTALS IN A SILICATE-GLASS MATRIX
Authors:
V.A. Karavanskii, V.V. Ushakov, A.G. Turyanskii, I.V. Pirshin, T.N. Zavaritskaya, N.N. Melnik, A.A. Gippius.



Abstract:


2. Title:
INDUCED BIREFRINGENCE AND DETERMINATION OF THE TIME OF ORIENTATIONAL RELAXATION OF MOLECULES IN THE ISOTROPIC PHASE OF LIQUID CRYSTALS
Authors:
L.M. Sabirov, D.I. Semenov.



Abstract:


3. Title:
METHODS AND ACCURACY OF DETERMINIATION OF PARAMETERS OF LOW-FREQUENCY RAMAN SPECTRA IN WEAK AQUEOUS SOLUTIONS
Authors:
A.V. Kraiskii, N.N. Melnik.



Abstract:


4. Title:
ACTIVE RF PLASMA ANTENNA SELF-CONSISTENT WITH THE SOURCE OF VIBRATIONS
Authors:
I.M. Minaev, A.A. Rukhadze, K.F. Sergeichev, A.Y. Trefilov.



Abstract:


5. Title:
SOME CONSEQUENCES OF DIMENSIONALITY THEORY FOR PULSED HIGH-CURRENT DISCHARGES IN AN UNBOUNDED DENSE GAS
Authors:
U.. Yusupaliev.



Abstract:
The dependence of the generalized initial expansion rate of a high-current discharge channel possessing cylindrical symmetry in an unbounded dense gas on the generalized variable is determined from experimental data and dimensionality theory. Such a dependence agrees satisfactorily with the experimental data obtained by some researchers in different years. Proceeding from dimensional theory we also derive formulas for the plasma temperature and the discharge channel expansion rate with an accuracy to a numerical factor of the order of unity, which were obtained earlier within the self-similar theory of such discharges in an unbounded gas.