1) Transmitted power
透射功率
2) transmission coefficient of power
功率透射系数
1.
The transmission coefficient of power and the insertion phase delay with different incident angles or several thickness of the slab are analyzed by changing the magnetic parameters of the material in detail.
通过改变磁性材料参数,详细分析了单层平板的功率透射系数和插入相位移随平面波的入射角或随平板厚度的变化关系。
3) penetrating power
穿透功率
1.
Confirmation of the best matching between the power grid and wind power field——the penetrating power limit of the wind power generating field
风电场与电网的匹配——风电场穿透功率极限的确定及其探讨
4) transmittance
[英][træns'mitəns] [美][træns'mɪtəns]
透射率
1.
Study of the Heat Treatment and Transmittances of TiO_2 Thin Films Prepared by Ti-O Compounds;
Ti-O化合物制备TiO_2薄膜热处理及透射率研究
2.
Measurements of Diffusion Reflectance and Transmittance of Biological Tissues by Using CCD;
用CCD测量生物组织的漫反射率和透射率
3.
Influence of Depositing Temperature on Microstructure and Optical Transmittance of ZrO_2 Films;
沉积温度对ZrO_2薄膜相结构和透射率的影响
5) transmissivity
[trænzmi'siviti]
透射率
1.
Discussion on transmissivity and reflectivity of a Nicol prism;
论尼科耳棱镜的光强透射率、反射率——兼评《Malus定律表述的研究》一文之不足
2.
Transmissivity for Narrowband Filter in Omni-directional Laser Warning System
全向激光告警系统中窄带滤光片的透射率分析
3.
The analytic expressions of reflectivity and transmissivity at the front surface of a uniaxial crystal for a beam of incident monochromatic wave are given.
给出了单色平面波从空气射向单轴晶体时O光和E光反射率和透射率的解析表达式。
6) transmission
[英][træns'mɪʃn] [美][træns'mɪʃən]
透射率
1.
By using a spectral photometer and altering voltages and wavelengths, the transmission of the polarized light passing through the liquid crystal cell was tested .
通过改变加在液晶盒上的电压和入射光的波长,利用分光光度计测量偏振光通过液晶盒的透射率,对液晶的双折射效应进行了深入研究,得出了液晶双折射率随电压变化的规律。
2.
This poper reports that glasses of high refractive index and high ultra-violet transmission are produced.
研究了高折射串透紫外线玻璃的成分、玻璃的折射率与紫外透射率的关系，获得了折射串大于１。
3.
Grooves play an important role in the transmission efficiency of the metallic grating.
利用时域有限差分算法(FDTD)模拟了二维金属光栅的电磁场,分析了金属光栅透射率随波长的变化。
补充资料：EM208型矿物微束分析透射电镜
EM208型矿物微束分析透射电镜
呱EM208·····…… ..鞘麟翼:
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条