Titlebook: Investigation of the Compression of Magnetized Plasma and Magnetic Flux; Dimitry Mikitchuk Book 2019 The Editor(s) (if applicable) and The

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Dimitry MikitchukNominated as an outstanding Ph.D thesis by the Weizmann Institute of Science, Rehovot, Israel.Rigorous discussion of the current evolution in the plasma in the presence of electric and magnetic fields

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指令

Introduction,c field flux into the conducting fluid, the fluid carries with it the magnetic field lines. Due to the fluid motion, the magnetic field lines are often compressed, bent, and even get distorted, until processes of diffusion allow reconnection of lines and a change of their topology.

annexation

Results,l magnetic fields evolution during the implosion. The main challenge in the determination of the azimuthal magnetic field in typical imploding plasma experiments comes from the large Stark broadening of the emission lines due to the high electron density that results in the smearing out of the Zeema

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Conclusions,sion and stagnation have been investigated by spectroscopy, 2D imaging, and interferometry. The investigation includes the evolution and spacial distribution of plasma key parameters and magnetic fields.

Diastole

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針葉

Dimitry Mikitchuko load capacity. In Chapter 10 computed stresses associated with service or working loads were compared to allowable stresses. These allowable stresses were determined by applying a factor of safety to some “ failure ” stress. Traditional designs of the past as well as much current engineering pract

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