- 更多网络例句与极间极相关的网络例句 [注：此内容来源于网络，仅供参考]
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In the voltage doubling rectifying circuit, the high voltage has been realized by the positive and negative way, and the voltage between the cathode and anode could reach 1700 V. In the fly-back switching high-voltage power supply, considering the requirements of each unit of the driving circuits on the power supply, the three-group voltage outputs including low-voltage outputs have been realized: 1600V/20mA,12V/500mA, 5V/50mA, in which UC3842 has been used to achieve pulse width modulation.
在倍压整流电路设计中，采用正、负电压方式实现高压，有效降低了阴阳极间所需的高压，最终两极间可产生1700V电压；在反激式开关电源电路设计中，利用UC3842芯片实现PWM调制，考虑到驱动电路各单元对电源的需求，设计了包括低压电源在内的三组电源输出：1600V/20mA，12V/500mA，5V/50mA。
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Combining the experimental results and theoretical analysis, the following work has been accomplished.(1) Reasons of the decrease of interelectrode capacitance and the increase of discharge gap caused by the powder suspended in dielectric fluid are explained. And the mechanism that surface quality of workpiece improved by powder-mixed EDM is analyzed from this viewpoint.(2) The variation regularity of the percentage of silicon on the machined surface of workpiece has been summarized according to the experiment results when silicon powder was added into the working fluid. The entropy is introduced to explain the reasons for this variation regularity by thermodynamics.(3) The dimensional accuracy is greatly influenced by the overcut resulting from discharge gap and electrode wear in practice application. Empirical formulas for the overcut in EDM and powder-mixed EDM are established based on the experimental results using the ternary linear regressive method in this paper.(4) The influence of main factors on the machined surface characteristics has been evaluated based on the orthogonal experimental design method.
通过一系列普通电火花加工与混粉电火花加工的对比实验，运用工艺实验和理论分析相结合的方法，重点做了以下工作：(1)探讨了粉末颗粒导致极间电容减小、放电间隙增大的原因，并从这个角度解释了混粉电火花加工可以改善工件表面质量的机理；(2)以混合硅粉的电火花加工为例，实验得出峰值电流和脉冲宽度对加工表面层成分中硅元素含量的影响规律，并引入熵的概念从热力学的角度对硅元素含量变化的原因寻找了理论依据；(3)在实际加工中，由于粉末的加入使放电间隙变大，这使得混粉电火花加工的尺寸精度难以控制，本文利用三元线性回归的方法，在实验数据的基础上，建立了两种电火花加工过切量的计算公式；(4)将正交试验法应用于混粉电火花加工实验研究，并通过对实验指标极差的直观分析，得出各电参数对加工指标影响的敏感程度。
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An active inductor is constructed from some active devices, such as field effect transistor. The inductive property is derived from the interaction between the interpolar capacitance and the induced current effect.
主动电感是由主动元件场效电晶体所构成，藉由闸极与源极间电容及互导与感应电流源之关系，可推导出其电路具有电感性质。
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When because of come from exterior heat should dint but make resin layer constringency, Al creation slippery move, creation grid-leak pole bad problems such as the leakiness of and the leakiness of the grid-source pole etc..
当由于来自外部的热应力而使树脂层收缩时， Al产生滑移，产生栅极-漏极间的泄漏及栅极-源极间的泄漏等不良的问题。
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At last of the paper, it's studied the relationship between the resistance of the pins of the pincushion 2D PSD and Gear theorem, and find the way to get the boundary resistance and square resistance of sensitive area from the resistance of the pins which can get the position nonlinearity rapidly.
最后，研究了枕型二维PSD的极间电阻与Gear定理之间的关系，可由具体器件的极间电阻确定其单位长度的边界电阻与光敏区方块电阻，从而可以用Gear定理来判别器件的位置线性度，克服了试片法以一概全的缺点。
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The surface voltage of electret film have relationships with charging boltage, temperature, distances between electrodes and charging time,and will attenuate in index.
驻极体薄膜的表面电位与充电电压、温度、极间距离、充电时间有关，电晕充电法形成的薄膜驻极体的表面电位呈e指数衰减。
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The interpole dimensions are denoted by ±j, that presents the pole-space-time coordinates system ±j xyz t.
极间维用±j表示，给出极时空坐标为±j xyz t。
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The dynamo runs at rull speed to drive main shaft,then the main shaft makes the emulsifying wings in emulsification grove rotate,which absorbs the liquid in its brand groove into ring groove through guide vanes on upper and lower side s of the groove.The v
由电动机全速运转带动主轴，经主轴转动乳化框槽内之乳化翼片，使其将桶槽内之液体经框槽上、下两侧之导流叶片吸入环状框槽内，经以主轴为中心高速圆周旋转叶片；连续使乳化翼端刀面与乳化框间极小之间系高频率之强力切割剪断、粉碎，再借叶片高速离心旋转排挤，持续循环混合，以极短之时间即可完成均质乳化之处理。
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The gating of PMT was realized with the method of adding the applied gating and gain-control nano-second pulse, and by changing the electric potential difference between the cathode and the first dynode.
采用给PMT外加选通和变增益纳秒电脉冲的方法，通过改变PMT光阴极与第一打拿极之间电势差，实现PMT选通；借助给PMT最后一个打拿极外加变增益高压脉冲改变PMT最后一个打拿极与前置打拿极间的电势差，实现PMT变增益。
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The gating of PMT was realized with the method of adding the applied gating and gain-control nano-second pulse, and by changing the electric potential difference between the cathode and the first dynode. The gain control of PMT was complemented by the aid of adding the high voltage pulse to the last dynode of PMT to change the electric potential difference between the last dynode and front dynode.
采用给PMT外加选通和变增益纳秒电脉冲的方法，通过改变PMT光阴极与第一打拿极之间电势差，实现PMT选通；借助给PMT最后一个打拿极外加变增益高压脉冲改变PMT最后一个打拿极与前置打拿极间的电势差，实现PMT变增益。
- 更多网络解释与极间极相关的网络解释 [注：此内容来源于网络，仅供参考]
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interelectrode capacitance：极间电容=>電極間容量
interelectrode 极间的 | interelectrode capacitance 极间电容=>電極間容量 | interelectrode conductance 极间电导
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interelectrode leakage：极间漏泄
interelectrode conductance 极间电导 | interelectrode leakage 极间漏泄 | interelectrode space 极间空间
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interelectrode capacity：极间电容
interelectrode capacitance 极间电容 | interelectrode capacity 极间电容 | interelectrode leakage 极间漏泄
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interelectrode space：极间空间
interelectrode leakage 极间漏泄 | interelectrode space 极间空间 | interelectrode transadmittance 极间跨导
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interpolar：极间 极间的
interpluvialinterval间雨期 | interpolar极间 极间的 | interpolaraxis极间轴线
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interpolar axis：极间轴线
2009. interpolar 极间的 | 2010. interpolar axis 极间轴线 | 2011. interpolar gap 极间空隙
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interpolar gap：极间空隙
2010. interpolar axis 极间轴线 | 2011. interpolar gap 极间空隙 | 2012. interpolar space 极间空间
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compole：换向极/极间极/整流极
compobronzebearing 粉冶青铜轴承 | compole 换向极 极间极 整流极 | compomortar 水泥石灰砂浆
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interpole motor：间极电动机
interpole machine 间极电机 | interpole motor 间极电动机 | interpole shoe 整流磁极极靴
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interpole winding：间极绕组,换向极绕组,附加极绕组=>辅助极绕组
interpole space 極間空所 | interpole winding 间极绕组,换向极绕组,附加极绕组=>辅助极绕组 | interpoles 间极