HiPhi为3D静电提供不凡的计算能力、速度和准确性。该程序处理用户指定的几何形状,其中可能包含电极、电介质、空间电荷和电阻材料的区域。独立的软件包包括Geometer(用于构建3D几何图形的交互式环境)、MetaMesh(自动保形 格生成器)和PhiView(用于绘图和交互式分析的后处理器)。该程序具有计算速度快的特点—在一台典型的个人计算机上计算200,000个节点只需不到一分钟。HiPhi应用于高压工程、电路元件设计、光电及真空微电子器件、电镀及静电设备等领域。
特征:
HiPhi计算任意三维系统中的静电场。该程序可以生成电介质或导电溶液。在电介质溶液中,溶液空间的区域可以代表电极、电介质和空间电荷密度。在导电溶液中,这些区域对应于电极或电阻性介质。你可以在一个解决方案中包括多达250种材料类型。HiPhi有几个功能:
HiPhi软件包包括两个程序:
MetaMesh是AMaze通用共形 格生成器,用于准确输入几何文件。
【英文介绍】
HiPhi offers unparalleled computational power, speed and accuracy for 3D electrostatics at a moderate price. The program handles user-specified geometries that may contain regions of electrodes, dielectrics, space-charge and resistive materials. The self-contained package includes Geometer (interactive environment for building 3D geometries), MetaMesh (automatic conformal mesh generator) and PhiView (postprocessor for plots and interactive analyses). The program features high computational speed — a 200,000-node calculation takes less than 1 minute on a typical personal computer. HiPhi has application to areas such as high-voltage engineering, circuit component design, electro-optical and vacuum microelectronic devices, electroplating and electrostatic equipment.
Features
HiPhi calculates electrostatic fields in arbitrary three-dimensional systems. The program gen-erates either dielectric or conductive solutions. In dielectric solutions, regions in the solution-space may represent electrodes, dielectrics and space-charge density. In conductive solutions, the regions correspond to electrodes or resistive media. You may include up to 250 materialtypes in a solution. HiPhihas several advanced capabilities:
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