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)


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

    Dissertation

    Abstract


    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