Choose journal's year and number

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

- News -

04.05.18
New data

18.07.04
The new verison of the site are available. Features of the new version: new design, powerfull search, new contents.

- news archive -

Russian version

English version


Search :						+

Main menu

5 number 1998 year

- Start page -
- Browse issues -
- Advanced search -
- Editorial board -
- Author's Guide -
- Copyright Transfer Agreement (.doc) -
- Contacts -
- Links -

1. Title:
ANOMALOUS BEHAVIOR OF THE UPPER CRITICAL MAGNETIC FIELD H_c2 IN Nd_1.85Ce_0.15CuO₄ FILMS SUBJECTED TO ION IRRADIATION
Authors:
V.S. Nozdrin, N.P. Shabanova, V.A. Dravin, S.I. Krasnosvobodtsev.

Abstract:

2. Title:
COHERENT ANTI-STOKES RAMAN SCATTERING OF LIGHT BY OPTICAL PHONONS IN A BeO CRYSTAL
Authors:
S.N. Orlov, Y.N. Polivanov.

Abstract:

3. Title:
NONIDEALITY OF ? - V CHARACTERISTICS OF NUCLEAR-RADIATION SEMICONDUCTOR DETECTOR CAUSED BY A LARGE SERIES RESISTANCE
Authors:
M.M. Salokhina.

Abstract:

4. Title:
SELECTIVITY OF THE ACTION OF RESONANCE LASER IRRADIATION OF METAL IONS IN A SOLUTION
Authors:
A.B. Krynetskii, S.S. Fadeeva.

Abstract:

5. Title:
CLASSICAL REPRESENTATION FOR QUANTUM OSCILLATOR WITH FRICTION: COMPARISON BETWEEN THE MODEL WITH HAMILTONIAN AND THE MODEL WITH KINETIC EQUATION
Authors:
V.I. Manko.

Abstract:
Solutions of the new kinetic quantum mechanical equation for excited states of the damped oscillator are obtained in an explicit form. The difference between the coordinate probability distributions determining states in the new formulation of quantum mechanics is analyzed for the damped oscillator within the Caldirola-Kanai model with Hamiltonian and in terms of the kinetic equation with a collision term.

6. Title:
NONLINEAR AMPLITUDE-PHASE SELF-MODULATION OF PLANE ELECTROMAGNETIC WAVES OF RELATIVISTIC INTENSITY IN A PLASMA
Authors:
A.L. Galkin, O.B. Shiryaev.

Abstract:

7. Title:
ON THE DESCRIPTION OF PROCESSES WITH JUMPS
Authors:
A.L. Shelepin.

Abstract: