1) optical power loss
光功率衰减
1.
Both of the theoretical analysis and experiments show that when the diameter of the waveguide and the light wavelength are fixed,the optical power loss increases linearly with the increase of the Hg cladding optical waveguide (HCOW) length.
理论分析和实验表明,当光波导直径和光波长一定时,光功率衰减随汞包层光波导长度增加作线性增加。
2) power attenuation
功率衰减
1.
The resonant frequency and power attenuation can be changed with the length of the cavity,the depth of the probe and the micro-adjustable screw.
微波幅度均衡器由吸收型λ/4同轴谐振腔作为其基本结构单元,多级子结构级联构成,谐振频率和功率衰减主要通过改变腔长、探针插入深度和微调螺钉来调节。
3) decay power
衰减功率
4) light decay rate
光衰减率
5) high precision laser power attenuator
高精度激光功率衰减器
6) power attenuated method
功率衰减法
1.
This paper describes two kinds of calibration methods used to the microwave crystal detector, the standing wave method and the power attenuated method, and gives the linear regression equations of them respectively.
阐述了利用驻波法和功率衰减法对微波晶体检波二极管进行定标的理论和方法 ,导出了两种方法的线性回归方程 ,并针对测量线中晶体检波二极管分别采用这两种方法进行定标 ,而对终端检波器中的晶体检波二极管则利用功率衰减法进行了定标 。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
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