**Applied Physics
N 3, 2002**

Filachev A.M. The Fifth All-Russian seminar «Problems of the theoretical
and applied electron and ion optics»
| 5 |

Meshkov I.N., Smirnov A.V.,
Syresin E.M. Intense electron beam
in electron cooling method
| 8 |

Syrovoy V.A. New results
of geometrized theory of dense electron beams
| 25 |

Greenfield D., Monastyrskii M.A.
Three-dimentional electric field numeric calculation with universal algorithm of surface-charge singularities
treatment based on Fikera’s method
| 43 |

Golikov Yu. K., Krasnova N.K.,
Solovjev K.V., Grigorjev D.V., Lubchich A.D. Matching
and correcting electric mirrors in electron optics
| 55 |

Bimurzaev S.B., Serikbaeva G.S.,
Yakushev E.M. Calculation of electrostatic mirrors, free from spherical and axial chromatic aberrations
| 68 |

Zavjalov M.A., Manuilov V.N.,
Soluyanova E.A., Syrovoy V.A. To using of magnetron-injection guns for beam-plasma microwave tubes
| 74 |

Krivosheev P.V., Manuilov V.N.
The registration of secondary electrons at numerical modeling the intensive propeller beams of gyrotrons
| 80 |

Petrovich O.N. Computer
simulation of influence of the ionization of residual gas on formation of intensive electronic beams in plasma
sources of the charged particles
| 87 |

Tregubov A.V., Tregubov V.F.
Simulation of electronic devices of a klystron type
| 94 |

Kozlov A.N., Smolyaninov V.D.,
Eremin A.P. Filachev A.M. A control device a beam structure of charged particles.
| 100 |

Kozlov A.N., Smolyaninov V.D.,
Eremin A.P. Filachev A.M. The monitoring
system of low energy spectrum ion beams
| 105 |

Andreev S.V., Monastyrsky M.A.,
Tarasov V.A. The modern version of the ELIM/DYNAMICS application package
| 109 |

Antropov V., Ivanov A., Kobets
V., Korotaev Yu., Meshkov I., Petrov A., Seleznev I., Sidorin A., Smirnov A., Syresin E., Trubnikov G.,
Yakovlenko S. Forming an intensive electron beam in guns with a small dia of the cathode
| 113 |

Melnik I.V., Luntovsky A.O.
On-line distance learning system to study theory of magnetic lenses electron optics
| 119 |

Petrosyan A.I., Juravleva V.D.,
Penzyakov V.V., Rogovin V.I. Complex of the programs for computer-aided design of the electron guns
with grid control
| 127 |

Petrosyan A.I., Rogovin V.I.
The simulation of the thermionic grid emission in electron-optical systems of microwave tubes
| 133 |

Levichev E.B., Piminov P.A.
The symplectic integration for simulation of driving the corpuscle in composite magnetic fields
| 136 |

Matyshev A.A. On
spherical aberration of systems of axisymmetric isotrajectory lenses
| 143 |

Belov A.A., Egupov N.D.,
Samokhvalov A.A., Stepovich M.A., Tchaikovsky M.M.
The orthogonal-projection method for solving equation of diffusion of minority charge carriers generated by the
electron beam in semiconductors
| 149 |