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一、电力线 1.电力线 若已知电荷分布,则空间各点的场强原则上都可求出。为了形象化地把客观存在的电场表示出来常引人电场线这一辅助工具

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一、叠加原理表述 当空间存在两个以上的点电荷时,任意两个点电荷间都存在相互作用。实验指出,两个点电荷间的作用力不因第三个电荷的 存在而改变

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第一章 生物体运动系 第二章 生物运动学 第三章 生物体系统运动模型 第四章 感觉系统模型与感知信息融合 第五章 仿生系统常用感知器与致动器 第六章 神经控制 第七章 认知控制 第八章 自主控制 第九章 进化算法与人工生命 第十章 仿生系统实例

For contact information about worldwide offices, see the Math Works Web site. Writing S-Functions COPYRIGHT 1998-2002 by The Math Works, Inc. The software described in this document is fur d under a license agreement. The software may be used or copied only under the terms of the license agreement. No part of this manual may be photocopied or repro-

一种晶体采取何种基本结合方式取决于原子束缚电子能力的强弱。原子的负电性是用来标志原子得失电子能力的物理量

元素周期表中第 VIII 族（惰性）元素在低温下所结合成的晶体，是典型的非极性分子晶体。为明确 起见，我们只介绍这种分子晶体。 惰性元素最外层的电子为 8 个，具有球对称的稳定 封闭结构。但在某一瞬时由于正、负电中心不重合 而使原子呈现出瞬时偶极矩，这就会使其它原子产 生感应极矩。非极性分子晶体就是依靠这瞬时偶极 矩的互作用而结合的，这种结合力是很微弱的