... diatomicmolecule双原子分子 dielectric电介质,介电的 dielectricconstant介电常数,介电常量,电容率 ...
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介电的光镜 dielectric beamsplitter
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电介质的 dielectric
电介质的极化 dielectric polarization ; polarization of dielectric
电介质的击穿 breakdown of dielectric medium
介电常数的倒数 elastivity ; electric elastivity
光可成像的电介质 photo-imageable dielectric
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压电介质的 piezodielectric
这项工作为高介电的单片电容器材料的应用打下实验基础。
This work lay an experimental foundation for the application of monolithic highly dielectric capacitor materials.
它们的压电和介电性能与合适的四方性等结构特性有关。
Their piezoelectric and dielectric properties relate to the structure characters such as suitable tetragonality.
介电常量的二次及三次方根与密度成线性关系。
The square root and the cubic root of the dielectric constants are linearly related to the volume ratios.
In addition to that, we have that epsilon nought value, remember that's the permittivity constant in a vacuum, and basically that is what we use as a conversion factor to get from units. We don't want namely coulombs to units, we want that will allow us to cancel out in this equation.
这是电子的电荷,此外,我们有epsilon零,记住这是真空的介电常数,这是我们用来转换单位的转换常数,我们不想用库伦单位,我们希望这个可以在方程中约去它。
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