电容耦合电阻率法（CCR）是一种新颖的物探方法，它利用电容向地下供电，并利用电容来测量地表耦合电位。
Capacitivity -Coupled Resistivity (CCR) Method is a new geophysical exploration method, which uses capacitor to supply current to underground and measures coupled electric potential as well.
设计者使用了各种方法以使晶体管和温度系数电阻达到热耦合，从粘合它们二者为一体，到给它们装上共同的散热器。
Designers use various methods of thermally coupling the transistor and the tempco, ranging from glueing the two together, to mounting them both on a common heat sink.
每行还通过继电器触点的漏泄电阻和电容耦合到每一列。
Each row is also coupled to each column through the relay contact leakage resistance and capacitance.
但在测量中，电阻和电容经常耦合在一起，两者互相影响，直接测量时存在困难。
But resistance and capacitance are often coupled together and interact with each other, which makes them difficult to be measured directly.
分析还表明，若考虑次级线圈的铜电阻和耦合电容的容抗，用次级线圈匝数的倒数及其二次项表示电流输出型磁通门的灵敏度具有更高的精度。
The analysis also shows that using reciprocal turns and its square to describe the sensitivity can be more precise, if the copper resistance and the impedance of the coupling capacitor are considered.
利用电容耦合，而不是开关逻辑网络进行逻辑求值，相对减小了导通电阻和绝热损失。
The ERCCL logic is not implemented through a switch logic network but through capacitance coupling, which reduces its turn-on resistance and adiabatic losses.
提出了纯金属电阻率的两个简化模型：一个统计模型，一个电子一声子耦合模型。
Two simplified models, statistical model and electron-phonon coupling model, for the ideal metal electrical resistivity have been put forward.
对于电感耦合电路，必须考虑电感的直流电阻。
For inductively coupled circuits, you must also consider the winding resistance of the inductor.
利用自驱动、自传感特性的压电陶瓷片，粘贴在外部结构的表面，结合动态阻抗的概念，提出了一种机电耦合的在线压电阻抗技术用于结构健康诊断。
Combined with impedance concept, a method for on line structure health monitoring based on self sensing piezoelectric patches, which are bonded on the surface of the structure, is presented.
该模型同时考虑了激光器与调制器之间的电耦合。这种由于隔离电阻不够大而导致的电耦合将导致激光器激射波长发生漂移，即产生啁啾。
The simulation is focused on the dependence of the frequency chirp of the integrated laser-modulator on the isolation resistance between laser and modulator.
论文分析了阻容耦合情况下传统的电阻电容测量方法，提出将软测量方法用于阻容网络的参数解耦。
By analyzing traditional methods of resistance and capacitance measurement, soft sensing is applied to decouple resistance-capacitance network in this paper.
基于单电子系统半经典模型，分析了电阻耦合单电子晶体管的电学特性，得到其电学性能不随背景电荷分布变化的特点。
According to the semi classical model, by means of electrical characteristics analysis of R SET, it was proposed that the electrical performance of R SET was not affected by the background charge.
与电阻应变片的对比实验表明单模熔锥耦合器的耦合比不但对应变敏感，而且变化有单调性。
The result compared to the resistance strain gauge used widely in structure indicates that not only the coupling ratio of the coupler is sensitive to strain, but also the function is monetary.
介绍了基于有限元法模拟电阻点焊熔核形成过程中的轴对称电、热、力耦合场的模拟模型。
Based on FEM, an axis symmetric finite element electro-thermo-mechanical model in the formation of molten core of resistance spot welding is introduced.
以异质材料低碳钢与纯镍电阻点焊为例建立了电阻点焊熔核形成过程的电热耦合有限差分模型。
A three dimensional finite difference electric thermos model for resistance spot welding nugget process of dissimilar materials is introduced.
另一种类型终端电阻——AC耦合的终端电阻，增加一只小电容器串联在终端电阻上就消除了它的DC负载效应。
Another type of termination, ac coupled termination, adds a small capacitor in series with the termination resistor to eliminate the DC loading effect.
弱耦合及干扰源为零电源电阻与其他情况下平行微带线间电场耦合之串音比较。
Cross Talk between parallel Microstrip lines due to Electric Field coupling for different R-C values Compared with weak coupling and zero source resistance assumption in the culprit circuit.
发现通过激励电阻与拾振电阻间的分布电容耦合的激励信号是同频干扰的最终来源。
It is found that the exciting signal coupled through the distributed capacitor between the exciting resistor and the sensing resistor is the final source of CFD.
模型中考虑了电、热、力的耦合以及材料物性参数随温度的变化，在电热耦合模型中计入接触电阻与闪光烧损对产热过程的影响；
In addition the material physical parameter variation with temperature was considered in the model. The contact resistance and flash melt were considered in the electric-heat coupling model;
模型中考虑了电、热、力的耦合以及材料物性参数随温度的变化，在电热耦合模型中计入接触电阻与闪光烧损对产热过程的影响；
In addition the material physical parameter variation with temperature was considered in the model. The contact resistance and flash melt were considered in the electric-heat coupling model;
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