Ph. D. thesis

S.Yu.Taskaev, Particularities of Hot Plasma Accumulation by Atomic Beams in AMBAL Mirrors.
candidate of physics-mathematics science,
Novosibirsk, May 31, 1996.

Full text of the Ph. D. thesis (.pdf file, 1,5 Mbytes)

Autoreferate of the Ph. D. thesis (.pdf file, 150 kbytes)

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S.Yu.Taskaev. Accelerator based epithermal neutron source.
Doctor's Degree in physics and mathematics sciences
Novosibirsk, December 25, 2014.

Dissertation

Abstract

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I. Sorokin . High Voltage Strength of Vacuum Insulated Tandem Accelerator.
candidate of technical science.
Novosibirsk, December 25, 2014.
Dissertation , Abstract

A. Makarov . Measurement of the spectrum of epithermal neutrons of an accelerating source using the time-of-flight method.
candidate of physics-mathematics science
Novosibirsk, December 25, 2015.
Dissertation , Abstract

Eisuke Sato. Radiobiological evaluation of the effectiveness of boron neutron capture therapy on a tandem-type proton accelerator with a solid lithium target.
Ph.D., Tsukuba, Japan, January 4, 2018.

Lilia ZAIDI. Beam shaping assembly optimization for Boron Neutron Capture Therapy (BNCT).
Ph.D., Algeria, October 21, 2018.
Dissertation˙ , Abstract

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