Physics of Supernovae and Their Mathematical Models, The

超新星物理学及其数学模型

天体物理学

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952.00
发货周期:国外库房发货,通常付款后3-5周到货!
出  版 社
出版时间
2023年12月11日
装      帧
精装
ISBN
9789811285097
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页      码
300
语      种
英文
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库存 30 本
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图书简介
This book is dedicated to the theory of supernovae, focussing on new computational methods and simulations. It contains three parts: basic principles, numerical methods, and applications. The first part contains the non-formal introduction into the topics of supernovae, Boltzmann kinetic equations — with details of two particles reaction rate calculations — and the transformation of Boltzmann kinetic equations into hydrodynamic elements of statistical physics. It contains the equation of state for matter of high energy density, with details of calculations for thermodynamic parameters, weak interactions reaction rate details, and thermonuclear burning. The second part introduces elements of computational physics.The book collects not only generally accepted simulations methods, it also includes original approaches of the authors from two Russian groups in Supernovae, from the Keldysh Institute of Applied Mathematics and Institute for Theoretical and Experimental Physics. The book closes with a presentation of original works about the regime of burning in degenerate carbon-oxygen cores, a neutrino transport in supernovae type II, simulation of GR coalescence of neutron stars, aspherical nucleosynthesis in a core-collapse supernova, and thermalization in pair of plasma wind from a compact strange star.It contains the necessary information for a person to start independent research in this fast-developing field. It is therefore an important read for new researchers in this subject.Key Features: oProvides a modern view on the theory of both supernovae typesoContains not only numerical receipts but also gives the basis for developing new numerical methodsoContains in a single book elements of theory, a non-formal introduction in numerical methods, and the set of simulation tasks for supernovaeoIllustrates an important principle: all new ideas in computational physics come from theoretical and mathematical physics
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