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

7 number 2003 year

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

1. Title:
ANALOG OF KIRCHHOFF FORMULAS IN THE THEORY OF ELECTROMAGNETIC WAVES
Authors:
N.A. Zhura.

Abstract:

2. Title:
PLATE-LIKE STRUCTURE OF HTSC BI CRYSTALS GROWN IN THE CAVITIES OF BATCH-KC1 SOLUTION-MELT
Authors:
V.P. Martovitskii, V.V. Rodin.

Abstract:

3. Title:
THE EFFECT OF THE GEOMETRICAL SHAPE OF QUANTUM WIRES AND QUANTUM DOTS ON THEIR ENERGY SPECTRUM
Authors:
O.G. Korobkin, A.P. Silin.

Abstract:

4. Title:
OBTAINING ELLIPTICALLY POLARIZED WAVES WITH THE HELP OF TRANSITION RADIATION
Authors:
B.M. Bolotovskii, A.V. Serov.

Abstract:

5. Title:
ON THE POSSIBILITY OF REALIZATION OF COULOMB EXPLOSION OF A METAL
Authors:
A.A. Rukhadze, U.. Yusupaliev.

Abstract:
Various mechanisms of the Coulomb explosion of a metal in an external electric field are discussed. It is shown that in the case of a low-frequency field, when the field frequency is lower than the collision frequency of the metal electrons, it is practically impossible to reach the conditions of a Coulomb explosion of a metal. If the field frequency exceeds the collision frequency, a Coulomb explosion of metal is possible when the electron oscillation energy in the metal is much higher than the Fermi energy and the work function. Such conditions are realized in a powerful short-wave (ultraviolet) laser radiation pulse for power densities of > 1017 W/cm2 or for the electric field of laser radiation stronger than the atomic field by more than an order of magnitude.

6. Title:
SIMULATION OF THE CONCENTRATION OSCILLATIONS OF VARIOUS BLOOD CELLS IN HEALTHY DONORS AND ACUTE-LEUKEMIA PATIENTS UNDER IN VITRO CONDITIONS. 1. SIMULATION BY COUPLED VAN DER POL EQUATIONS WITH TIME LAG AND THE RELATION BETWEEN THE PARAMETERS OF CELL CONCENTRATION OSCILLATIONS AND DNA MOLECULE OSCILLATIONS
Authors:
A.A. Berezin.

Abstract: