应用数学模型分析了温室方位、连栋数、季节及地理纬度对太阳直射光透过率的影响。
Effects of greenhouse orientation, number of spans, time of year and the latitude on the direct solar radiation transmissivity into greenhouses were analyzed using a mathematical model.
研究表明减慢升温速率、延长烧结时间、提高烧结温度可增加光透过率。
With the slow of heat rate, prolong of soaking time and enhanced sintered temperature, the maximum transmittance was increased.
通过计算液晶盒中的瞬时指向矢分布，得到光透过率随时间变化与扭曲角之间的关系。
The relation of the transient transmittance and the twist Angle is obtained by calculating the instantaneous distribution of the director in this mode.
并对薄膜的晶相结构、电阻率、光透过率、光吸收系数等电学和光学性质进行了测试和分析。
Test and analysis some properties such as crystal structure, superficial resistivity, light transparence, absorption coefficient etc.
在低纬度地区，上述各要素(除纬度外)对温室直射光透过率的影响效果均显著小于高纬度地区。
In low latitudes, effects of the above - mentioned factors (except for latitude) are less remarkable than in high latitudes.
采用高透过率的钢化玻璃，提高了光的穿透性，保证了组件的机械强度。
Tempered glass: High transmission rate tempered glass increases solar transmission and ensures excellent mechanical strength of solar modules.
结合列阵透镜的透过率分析了其后的光场分布。
The distribution of optical field passing through lens array is analyzed.
本文详细阐述了一个能对探测器光谱响应度，滤光片透过率和LED光、色度参数进行测试的系统的研究方案。
This thesis introduces a system that can be used for detector's spectral responsibility, optical filter's permeation rate and LED's photometric and colorimetric testing.
本文研究了BDN染料片对CPM光脉冲宽度的影响，比较了BDN 染料片透过率的变化情况。
The influence of BDN dye film on the pulse width of a CPM light was investigated.
重点研究了不同聚光腔的泵浦光场均匀性，同时在使用不同透过率输出镜时对激光输出能量和脉宽进行了测试。
Much attention is payed to the uniformity of pump beam in different condensing cavities. The output energy and pulse width are tested with different output mirror transmission.
重点研究了不同聚光腔的泵浦光场均匀性，同时在使用不同透过率输出镜时对激光输出能量和脉宽进行了测试。
Much attention is payed to the uniformity of pump beam in different condensing cavities. The output energy and pulse width are tested with different output mirror transmission.
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