voltage gradient

the result shows that higher voltage gradient supplemented with proper mechanic pressure is beneficial to electro-osmotic dewatering;

结果显示，选择较大的电压梯度并辅以适当的机械压力对电渗透脱水有利；

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voltage gradient descent at time to prevent from reverse breakdown

电压按时间梯度下降，防止反向过冲

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Different test conditions, including permeable reactive material, voltage gradient, test run time, etc. were analyzed.

分别就不同可渗透反应材料、电压梯度、Fe0与沸石配比、修复时间等试验条件下对重金属污染土壤进行了修复研究。

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Error of reconstruction matrix based on norm number theory was analyzed in theory. The result showed that the testing voltage matrix and the detecting noise were the key factors to affect reconstructed voltage error in direct wavefront gradient control algorithm.

利用范数理论，对直接斜率法中的复原矩阵误差进行了理论分析，认为直接斜率法中的探测噪声和测试传递矩阵的电压矩阵是影响复原电压误差大小的主要因素。

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Based on the obtained magnitude characteristic of the signal and the morphologic gradient of the differential signal, five kinds of dynamic power quality disturbances, i.e., voltage sag, voltage swell, voltage interruption, transient pulse and oscillation, can be classified.

基于已得到的幅值特性和形态梯度可对五种动态电能质量扰动（电压暂降、暂升、中断、暂态脉冲和振荡）进行分类。

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There is a big stray current under the high voltage wires with a electric potential gradient of 1.3~ 1.5mV/m.

通过现场布点测试发现该区域土壤具有较强的腐蚀性，高压线附近存在强杂散电流，电位梯度为1.30～15.00mV/m；

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By using the definition of effective doping concentration gradient and depletion approximation, an analytical solution for avalanche breakdown voltage of double sided asymmetric linearly graded junction has been derived.

通过有效掺杂浓度梯度的定义和耗尽近似求解，得到非对称线性缓变结击穿电压的简洁表达式。

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electro-osmotic technology is characterized by good dewatering effect of urban sewage sludge, but high-energy consumption is required. therefore, the influence of operating conditions such as voltage gradient, cake thickness, and mechanic pressure on dewatering effect was investigated.

城市污水厂污泥的电渗透脱水技术具有脱水效果好的特点，但能耗较高，为此考察了电压梯度、泥饼厚度和机械压力等操作条件对脱水效果的影响。

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VLT is a novel technology which can greatly improve the breakdown voltage and reduce specific on-resistance. However, the biggest challenge is how to manufacture the gradient drift region thickness increasing from the source to the drain.

VLT技术是一种可以同时大幅度改善击穿电压和降低导通电阻的新技术，但其难点在于从工艺上如何制造从源到漏逐渐变化的漂移区厚度。

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