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One can be motivated that the study of research has direct impact to the possible applicable field of plasma based accelerators. All the basic physical phenomena, which are occurred in laser plasma interaction to study plasma based accelerator, are directly related to my study "Microwave plasma interaction" in the nonlinear regime. The obtained results in the experiments would be helpful in the problems of research in the fields of laser-plasma acceleration, aeronautical engineering, geophysics and space science. The study has a great importance for space research due to resonance absorption…mehr

Produktbeschreibung
One can be motivated that the study of research has direct impact to the possible applicable field of plasma based accelerators. All the basic physical phenomena, which are occurred in laser plasma interaction to study plasma based accelerator, are directly related to my study "Microwave plasma interaction" in the nonlinear regime. The obtained results in the experiments would be helpful in the problems of research in the fields of laser-plasma acceleration, aeronautical engineering, geophysics and space science. The study has a great importance for space research due to resonance absorption onto ionospheric plasma by the interaction of microwave signal sent from the earth or aircraft.
Autorenporträt
Prof. Md. Kamal-Al-Hassan at Dhaka University of Engineering and Technology; received the B.Sc. and M.Sc. degrees in physics from the University of Dhaka and the Ph.D. degree in plasma science from Utsunomiya University, Japan.Yasushi Nishida received the B.S., M.S., and Ph.D. degrees inElectronic Engineering from Tohoku University, Japan.