B.S. Ishkhanov | Researchain

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Physics Letters A | 1996

SUPPRESSION OF POLARIZATION BREMSSTRAHLUNG OF RELATIVISTIC ELECTRONS MOVING THROUGH AN AMORPHOUS CARBON FOIL

S.V. Blazhevich; A.S. Chepurnov; V. K. Grishin; K.A. Gudkov; B.S. Ishkhanov; N.V. Kamishanchenko; S.A. Kosterin; E.V. Lasutin; N.N. Nasonov; V.D. Ovchinnik; V. P. Petukhov; V.A. Pirogov; V.I. Shvedunov; V.E. Strelnitsky

Abstract The suppression effect of relativistic polarization bremsstrahlung in an amorphous carbon foil is observed for the first time. A theoretical explanation for this effect is discussed.

Nuclear Physics | 1974

Photoproton cross section for 26Mg in the giant dipole resonance region

V.V. Varlamov; B.S. Ishkhanov; I.M. Kapitonov; I.M. Piskarev; V. G. Shevchenko; O.P. Shevchenko

Abstract Using bremsstrahlung from the 35 MeV betatron the 26 Mg( γ , x p) reaction cross section has been obtained in the excitation energy region up to 29 MeV. The role of isospin splitting in the formation of a giant dipole resonance is discussed in the case of light nuclei.

Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1989

Beam emittance forming line of the CW race-track microtron of the institute of nuclear physics of Moscow State University (INP MSU)

A.S. Alimov; V.G. Gevorkyan; Yu.I. Gorbatov; I.V. Gribov; A.Kh. Ibadov; B.S. Ishkhanov; V.A. Korneenkov; E.V. Lazutin; E.A. Makulbekov; I.M. Piskarev; K.Yu. Platov; A.B. Savitsky; A.V. Shumakov; V.I. Shvedunov; V.M. Sorvin; A.V. Tiunov; V.A. Ushkanov; S.V. Zinoviev

Abstract The transverse and longitudinal emittance forming line (EFL) of the race-track microtron of INP MSU is described. The work presents the principles of operation, parameters of EFL elements, description of rf power supply system and automated control system. The method of EFL tuning and experimental results are discussed.

Proceedings Particle Accelerator Conference | 1995

X-ray radiation by relativistic electrons in condensed media on base of MSU race-track microtron

V.K. Grishin; A.S. Chepurnov; K.A. Gudkov; B.S. Ishkhanov; S.A. Kosterin; E.V. Lasutin; S.V. Blazhevich; N.N. Nasonov

The electron accelerator of NPI MSU is the first stage of the race-track microtron with electron energy up to 180 MeV. The first stage produces a continuous electron beam of 6.6 MeV with maximum current up to 100 mkA. The beam has a little energy spread (about 10/sup -3/ and a little transverse emittance (to 5 mm*mrad).

Physics Letters | 1964