Dielectric property of CCL embody dielectric constant, dielectric lose and dielectric thickness.
CCL的介质性能主要是指介电常数、介电损耗和介质厚度。
For a given gate dielectric, device physics require maintaining the dielectric thickness in proportion to lateral dimensions (Reference 1).
对给定的门绝缘体，设备原理上需要维持绝缘体厚度与横向尺寸成比例(参考文献1)。
The half width of transmission peak is steppedly reduced and the Q-factor on the confined state is steppedly increased with the increasing of the dielectric thickness in well.
阱区介质厚度与束缚态半峰宽呈阶梯形状降低，而阱区介质厚度与束缚态品质因子呈阶梯形状升高。
Dielectric constant polarization coercive voltage and leakage current have relations with the thickness of thin films because of the interface layer.
界面层的存在使介电系数、自发极化、矫顽电压、漏电流都与薄膜的厚度有关。
The dielectric constant, pyroelectric coefficient, thickness extension vibration electromechanical coupling factor and their temperature dependence are investigated.
研究了它们的介电常数，热电系数，厚度伸缩振动机电耦合系数及其温度依赖性。
It is found that ESR decreases with decrease of the active dielectric layer thickness, and DC resistance decreases with the increases of active dielectric layer number.
研究表明，等效串联电阻随着有效介质层厚度的降低而降低，直流电阻随着有效介质层数的增加而降低。
The capacitance of the sensor is depended on the thickness and dielectric behavior of its dielectric layer.
电容传感器是基于平板电容模型的一种新型传感器，其电容值取决于介电层厚度和介电常数。
It is found that the film thickness dependence of the dielectric nonlinearity is determined by that of the coercive electric field and the maximal polarization.
进一步分析发现，膜厚通过影响矫顽场强和最大极化强度进而影响铁电薄膜的电压非线性。
The air layer is arranged between the dielectric plates 1 and 2, adjusting the working bandwidth of the antenna through adjusting the thickness of the air layer and the size of the gap.
空气层在介质板1和2之间，通过调整空气层厚度和缝隙大小来调整天线工作带宽。
It can reduce the thickness of the dielectric layer between the electrodes and synchronously increases capacitivity of storage capacitance and aperture ratio of pixel.
因此可通过降低电极之间的介电层厚度，同时增加储存电容的电容率以及像素的开口率。
The field distributions in or outside the dielectric layer are calculated. And the influences of dielectric loss and dielectric layer's thickness on the field distributions are discussed.
计算了激励场在介质层内外的分布曲线，并分析了介质损耗及厚度对场分布的影响。
On the basis of this calculation, the impact of the SiO2 buffer layer thickness on the characteristic impedance and dielectric constant in the modulator with a ridge structure is obtained.
在此基础上得出了脊波导结构调制器中缓冲层厚度对特征阻抗和有效介电常数的影响特性。
The pavement properties, such as thickness, compaction, void content, moisture content and asphalt content etc, are all obtained based on the study of pavement dielectric property.
同时，路面材料作为一种复合介质，建立其介电常数模型是研究复合介质介电特性的基础。
The pavement properties, such as thickness, compaction, void content, moisture content and asphalt content etc, are all obtained based on the study of pavement dielectric property.
同时，路面材料作为一种复合介质，建立其介电常数模型是研究复合介质介电特性的基础。
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