目的用实验探讨点电源圆柱形容积导体中的电场分布。
Objective to investigate the electrical field distribution in the cylinder volume conductor with point source by means of experiment.
本文根据芦苇在不同湿地生境的分布，合理选择采样点，做实验室模拟实验。
The thesis chooses the reasonable sampling site according to the different distribution of Phragmite australis, and combing the simulation experiment.
在关键井点测井资料研究基础上，结合岩石力学实验，用有限单元方法对迪那气田古近系储集层现今地应力分布做出预测。
Based on key well log data and rock mechanics experiment, the present ground stress distribution of Paleogene reservoir in Dina gas field is predicted with finite element method.
文章首先给出了井点呈对角分布的均质模型渗透率公式，并进行实验验证。
First, the paper offers the permeability function of the homogenous plate models with diagonal distribution of well points and demonstrates it by experiments.
实验结果表明，平行于热压板的板坯中心平面内的温度分布比较均匀，沿板坯厚度方向各点的温度分布差异较大。
Experimental results showed that temperature difference between points in middle layer paralleling to hot platens was very little, and along thickness of the mat temperature behavior was different.
实验结果表明，在考虑热约束的布局结果中，芯片上各点的温度分布均匀，最热点的温度显著降低，而芯片面积的增加却很少。
The experimental results show that the thermal distributed evenly and the temperature of the "hot spots" decreased greatly in the chip.
通过对图像的分析，发现在整个实验过程中，壁面上出现了四种不同的液膜形态：点状分布、线状分布、部分成膜和整体成膜。
The experiment showed that, four different forms of film can be observed on the evaporating wall of WFMD: they were point shape, linear shape, partial film and intact film.
通过对图像的分析，发现在整个实验过程中，壁面上出现了四种不同的液膜形态：点状分布、线状分布、部分成膜和整体成膜。
The experiment showed that, four different forms of film can be observed on the evaporating wall of WFMD: they were point shape, linear shape, partial film and intact film.
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