Pseudopotentials in Plasma Physics - Davletov, Askar
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Coulomb's inverse square law was first published more than two centuries ago, but is, of course, still of wide use in plasma researches, in which the whole mighty apparatus of theoretical physics is engaged. Sophisticated methods have been developed to describe the plasma under various external conditions, ranging from classical mechanics to quantum and relativistic statistics. This book exploits another brilliant idea when Coulombs' law is formally replaced by some fictitious pseudopotential and just one single approach provides a wonderful opportunity to correctly predict and firmly grasp…mehr

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Produktbeschreibung
Coulomb's inverse square law was first published more than two centuries ago, but is, of course, still of wide use in plasma researches, in which the whole mighty apparatus of theoretical physics is engaged. Sophisticated methods have been developed to describe the plasma under various external conditions, ranging from classical mechanics to quantum and relativistic statistics. This book exploits another brilliant idea when Coulombs' law is formally replaced by some fictitious pseudopotential and just one single approach provides a wonderful opportunity to correctly predict and firmly grasp the physical properties of many types of plasmas, encountered in nature and laboratory. It is entirely based on the renormalization procedure of interparticle interactions that relies on so elementary and attractive arguments, everyone is surely going to like.
Autorenporträt
Askar Davletov was born in Almaty, Kazakhstan. He received the title of Doctor of Physical and Mathematical Sciences from the Ministry of Education and Science of the Republic of Kazakhstan in 2009. In 2001 he joined the Al-Farabi Kazakh National University and at the moment he is holding a position of the Dean of Faculty of Physics and Technology.