电容率

He Cross-Talk problem of big capacity IPSLCD is same to TNLCD, the TFT method is a effective way to solve this problem, but the design of electrode and store capacity affected the aperture ratio and threshold voltage.

FT-IPS电极设计和存储电容设计对于器件的驱动电压和开口率有很大影响，本文从降低器件的驱动电压和扩大开口率的角度出发，对TFT-IPS电极设计进行优化设计，并设计了新型存储电容，使得开口率提高了22％。

It not only can increase the aperture ratio, but it also can decrease the time of charge as well as can accelerate the speed of setting the pixel.

在新型的画素电路方面，是提出新式电流型的画素电路，主要是改善传统电路中储存电容过大，造成开口率过低的问题，新型画素电路可将储存电容有效的缩小，不仅可增加开口率，且能减少充电时间，加速画素设定时间，适合应用於大画面、高解析度的面板。

But ECT technology has the following characteristics: 1 the measured capacitance and its change induced by the measured material concentration variation are very small, but the stray capacitances of co-axial screening cable and CMOS switches are relative very large, so the capacitance detecting is easily affected by the stray capacitances, 2 the electric fields in the sensors detecting region is affected by the permittivity distribution, non-uniformity of the space responsive sensitivity is very high, and the image reconstruction is undetermined.

但由于ECT技术中，首先所检测的微电容量及其因物流相含率的变化所引起的变化量很小，而由相关的连接同轴屏蔽电缆与切换CMOS开关所引入的杂散电容远远大于测量电容，微电容的测量容易受杂散电容等的影响；其次，多电极电容传感器测量区内的电场受介质分布的影响，且测量区内的空间响应灵敏度极不均衡，其影响图像重建的不确定性；其三，ECT中的图像重建，由于其是一个欠定问题的求解，在迭代求解方法中，迭代的初值影响迭代过程收敛到近似解的速度；其四，对于气/固两相流应用而言，由于ECT系统在线标定的难以实现，管壁磨损等因素的影响制约该技术应用于生产工艺中气/固两相流的长期连续检测。

NIICP can optimize the openloop gain to reduce intrinsic noise in the lower magnification and to recover high frequency signal damped down by the low pass transfer function of large feedback resistance and parasitic capacitance in the higher magnification.

在较低放大倍率时，改变开环增益后放大器会降低自身产生的噪声，实现低噪声；在较高放大倍率时，改变开环增益后放大器能扩展被极高阻值的反馈电阻和寄生电容降低的信号带宽。

The activated carbon with larger micropore has larger specific capacitance and higher discharge rate.

微孔孔径较大的炭材料具有高比电容和良好的高倍率放电的特性。

The numerical results revealed the following phenomena: For the linear sweep voltage, the field-enhanced effect retards the progress of the MOS capacitance, and the lower voltage sweep rate, the larger influence of fieldenhanced effect.

数值分析首次揭示了下述现象：对于线性电压扫描作用下MOS结构的电容瞬态特性：电场增强产生效应阻碍着MOS结构电容的下降，这种作用在较低的电压扫描率下更明显。

By loading minute NiO particles through a simple impregnating process, the capacitance of the loaded charcoals was enhanced by about 13% in gravimetric capacitance and by about 27% in volumetric capacitance and the performance rating was kept the same.

以简易浸泡法负载少量NiO粒子后，柏木炭的质量比电容可以提高约13%，体积比电容提高约27%，而其性能倍率保持不变。

The inception of the company, Bingzhe "quality first, customer first" principle, in a short span of 10 years, the company size steeled current staff numbers 650 people, to offer more and more products Overall, the Company produced by the metal film capacitors, including the capacitor polyester, polypropylene capacitors, the regulation X2 capacitor, audio-frequency electrical capacitors and start capacitor; ceramic capacitors have temperature compensation-type, high-rate Yuden, semiconductor-based,, High-pressure type, the plot of ceramics and Y1, Y2 of the capacitor, the products are widely used in power supplies, telecommunications, audio, lighting, equipment, household appliances, and other fields!

公司成立之初，秉着&质量第一，客户至上&的原则，在短短十年之间，公司规模由小到大，目前员工人数有650人左右，所能提供的产品也越来越全面，本公司所生产的金属薄膜电容，包括聚脂电容，聚丙烯电容，安规X2电容，音响分频电容及电机启动电容；陶瓷电容有温度补偿型，高诱电率型，半导体型，中、高压型，积层陶瓷及Y1，Y2安规电容，产品被广泛应用于电源，通讯，音响，照明，仪器，家电等领域！

The result shows that there is a close relationship between specific capacitance and BET surface areas. Meanwhile the specific capacitance was impacted little by the structure of the nano-manganese dioxides. However, the product performance of high rates, was influenced by structure, the higher rate can be obtained with the more perfect crystal structure.

结果表明，该二氧化锰材料的颗粒尺寸约几十nm，在0.1Ag^(-1)电流密度下放电时产物的比电容最高，可达149Fg^(-1)，二氧化锰的大倍率放电性能与其结构特征直接相关，材料的晶体结构越完整其大倍率放电性能越好。

The result shows that normally resistance increases while temperature rises,as near the Curie point the resistance is either in a steady state or decreasing apparently,therefore the Curie temperature is revealed.

但这些仪器都比较昂贵，因此对其它方法进行了尝试。由于在居里点附近，其他的一些物理性质也会产生突变，所以可以测量电容率与温度的关系，测量比热与温度的关系等[3]。

In the negative and interrogative forms, of course, this is identical to the non-emphatic forms.

。但是，在否定句或疑问句里，这种带有"do"的方法表达的效果却没有什么强调的意思。

Go down on one's knees;kneel down

屈膝跪下。。。下跪祈祷