(Ph.D)، fast، fusion، Nuclear

as a power law dependence on temperature is desired, the fast electron current density is assumed constant (rigid beam), and the playback and playback immediate charge neutralization of the magnetic are slim. High-intensity laser-solid interaction implications are discussed.

Keywords: quick firing, fast electrons, Nuclear fusion , fusion energy

ISLAMIC AZAD UNIVERSITY
Arsanjan Branch

Faculty of Engineering and Technical
Department Of Nuclear Engineering

(M.Sc.) Thesis
on Reactor

Subject:
Analytical Calculation of electric and Magnetic Filds generated
in Fuel pelet by produced fast electrons using laser beams
in fusion reactors core

By:
Abuzar Shakeri

EVALUATED AND APPROVED BY THE THESIS COMMITTEE AS:
Very Good

Seyede Nasrin Hooseini motlagh (Ph.D) Advisor
Kavous Abbasi (Ph.D) Consulting Advisor
Habib Safigholi (Ph.D) Judge Master

Head of Complementary Educations Research Administration
Ahmad Rahimi Heydar Aqababa (Ph. D)

Summer 2014

ISLAMIC AZAD UNIVERSITY
Arsanjan Branch

Faculty of Engineering and Technical
Department Of Nuclear Engineering

(M.Sc.) Thesis
on Reactor

Subject:
Analytical Calculation of electric and Magnetic Filds generated
in Fuel pelet by produced fast electrons using laser beams
in fusion reactors core

Thesis Advisor:
Seyede nasrin Hooseini motlagh (Ph.D)

Consulting Advisor:
Kavous Abbasi (Ph.D)

BY:
Abuzar Shakeri

Summer 2014

مطلب مرتبط :   تسلیحات، اتحادیه، اروپا، متعارفمقاله با کلمات کلیدی:پژوهش