City prayers were vain against the great rural potentate.

The polarization is proportional to the deformation and causes an electric potential difference over the crystal.

极化与变形时成比例的且能形成晶体内不同的电位差.

The centimeter-gram-second electromagnetic unit of potential difference, equal to one hundred millionth a volt.

电磁伏特厘米 - 克 -秒 制势差的电磁单位, 相当于亿分之一伏特.

The photoelectric characteristics of conducting polymer MEH-PPV film were studied using contact potential difference ( CPD ) method.

用接触电位差 ( CPD ) 方法研究了导电聚合物MEH-PPV薄膜的光电特性.

A potential difference has selected the mother, has worked as the mother.

一位差点了母亲, 一位当上了母亲.

This is the method how the potential difference is found.

这是求出电位差的方法.

A unit of potential difference equal to one thousandth ( 10-3 ) of a volt.

微伏(特)电压单位,等于千分之一 ( 10-3 ) 伏.

When all of these ranges are added up, the potential difference in emissions cuts is huge.

将所有这些区间加总起来, 我们可以发现,减排方面存在着巨大的潜在差距.

Standard cell intercomparisons require measuring the potential difference between a reference and an unknown standard cell.

标准电池的相互比对需要测量参考标准电池和未知标准电池之间的电位差.

Transport phenomena have similar rate equations and flux is proportional to a potential difference.

运输现象有相似的率等式并且涨潮与电位差是比例.

To measure potential difference, a voltmeter is connected across the coil.

(状语)伏特计跨接在线圈两端,以便测量电位差.

The potential difference in data speed is staggering.

数据速度方面可能的差别是令人震惊的.

The energy possessed by an object owing to its position is called its potential energy.

一个物体由于它的位置所具有的能量称为位能.

If only conservation forces act, the kinetic energy plus the potential energy remains constant.

如果只受保守力的作用, 则动能加势能是一个恒量.

Equation expresses the principle of minimum potential energy.

方程表示出最小势能原理.

In the circumstance the potential energy turns to kinetic energy.

在这些情况下,位能变为动能.

The posture of the situation contrast advantage of an area is situation potential energy.

一个地区的地理位置对比优势的态势为地理位置势能.

Energy, which is the ability to work, exists in two forms: potential energy and kinetic energy.

能量是做功的能力, 它存在两种形式: 势能和动能.

Potential energy surface ( PES ) is a basis of molecular reactive dynamics.

势能 面是分子反应动力学的基础,研究势能面的意义非常深远.

However, the potential energy savings are feasible do not match more ambitious policy targets.

然而, 可行的潜在能量节约比不上雄心勃勃的政策目标.

Analyses based on location potential energy prides a way to solve the problem.

通过对区位势能的研究,可以很好地量化分析新城区交通总体需求预测问题.