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Development of particle-in-cell codes at IHPC

机译:IHPC粒子细胞码的发展

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Particle-in-Cell (PIC) simulation is a powerful and extensively used tool for plasma studies. We have recently developed our own PIC code at IHPC. In the code, we have implemented both explicit and implicit algorithms1 for Maxwell solver. The explicit scheme is efficient for short simulations, while the implicit scheme is more superior in term of numerical noise suppression. This allows us to choose the most efficient algorithm depending on the size and nature of the problem. Other improvements to the algorithm includes a modification to the “zig-zag” scheme2 for current calculation applicable to any order of particle weighting and the implementation of coulomb collisions to model collisional damping in plasmonic nanostructures, which can essentially be treated as micro plasmas.
机译:粒子 - 细胞(PIC)仿真是一种强大而广泛使用的等离子体研究工具。我们最近在IHPC开发了自己的照片代码。在代码中,我们已经实现了MaxWell求解器的显式和隐式算法 1 。显式方案对于短模拟是有效的,而在数值噪声抑制期间,隐式方案更优越。这允许我们根据问题的大小和性质来选择最有效的算法。算法的其他改进包括对“Zig-ZAG”方案 2 的修改,用于适用于粒子加权的任何顺序的电流计算,以及库仑碰撞的实施,以便在等离子体纳米结构中模拟碰撞阻尼。基本上被视为微等离子体。

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