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首页> 外文期刊>Journal of Mathematical Sciences >ON HYDRODYNAMIC EQUATIONS AT THE LIMIT OF INFINITELY MANY MOLECULES
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ON HYDRODYNAMIC EQUATIONS AT THE LIMIT OF INFINITELY MANY MOLECULES

机译:关于无限大分子上的水动力方程

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We show that the weak convergence of point measures and (2 + ε)-moment conditions imply hydrodynamic equations at the limit of infinitely many interacting molecules. The conditions are satisfied whenever the solutions of the classical equations for N interacting molecules obey uniform in N bounds. As an example, we show that this holds when the initial conditions are bounded and the molecule interaction, a certain N-reseating of potentials that include all r~(-p) for 1 < p, is weak enough at the initial time. In this case, the hydrodynamic equations coincide with the macroscopic Maxwell equations. Bibliography: 23 titles.
机译:我们表明,点测度和(2 +ε)矩条件的弱收敛性意味着无限多个相互作用分子的极限处的流体动力学方程。只要有关N个相互作用分子的经典方程的解在N个边界上服从均匀,就满足条件。作为一个例子,我们证明了当初始条件受限制并且分子相互作用,包括所有r〜(-p)的1 <p的电势的某种N重分布在初始时间足够弱时成立。在这种情况下,流体动力学方程与宏观麦克斯韦方程一致。参考书目:23种。

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