1) spectral response efficiency
光谱响应效率
1.
As the condition of Gaussian approximation for the mode field distribution of optical waveguide,on the bassis of the coupling characteristic of star coupler,the spectral response efficiency of arrayed waveguide grating comb band-pass filter is expressed by the summation operator and convolution operator.
在光波导模场分布高斯近似条件下,根据星形光波导耦合器的耦合特性,推导出了基于累加运算和卷积运算近似表达的阵列波导光栅梳状带通滤波器光谱响应效率的函数表达式。
2) spectral responsivity
光谱响应率
1.
Error analysis and comparison of spectral responsivity calibration methods for HgCdTe-IRFPA imaging detector;
HgCdTe-IRFPA成像器件光谱响应率标定方法比较与误差分析
2.
Measurement of spectral responsivity of an infrared detector;
一种近红外探测器的光谱响应率测量
3.
A new method is developed to calibrate the absolute spectral responsivity of infrared detectors in the spectral range 1μm to 3μm.
采用新的方法对波长范围1～3μm的红外探测器绝对光谱响应率进行定标。
3) spectral responsivity standard
光谱响应率标准
4) response quantum efficiency
响应量子效率<光>
5) Spectrum response
光谱响应
1.
The knowledge of operation amplifier and spectrum response is applied in this experiment.
实验涉及到运算放大器以及硅光电池光谱响应等基础知识。
2.
The spectrum response semibreadth of the single junction ZnSe solar cell is 365-450nm under AM1, and the maximum of external quantum efficiency presents to 400nm.
单结ZnSe光电池在AM1条件下光谱响应半宽度范围365~450nm,波长为400nm时量子效率最大。
3.
The spectrum response characteristics of the devices were measured and analyzed.
测试分析了该器件的光谱响应特性,响应范围为200～400nm,在室温和一定反偏压下,响应峰值为313nm,半宽为65nm。
6) spectral response
光谱响应
1.
Research experiment of measuring spectral response of Si solar cells;
硅太阳能电池光谱响应曲线测定研究性实验
2.
The Auto-Measure Apparatus of Relative Spectral Response;
相对光谱响应自动测试装置
3.
Experimental investigation of the optoelectronic device spectral response characteristic;
光电器件光谱响应特性的实验研究
补充资料：光谱响应
分子式：
CAS号：
性质： 又称光谱灵敏度。以光电倍增管、二极管阵列或光学成像器件等为系统时的光谱输出量和光谱照度之商。s(λ)=dy(λ)/dEe(λ)，简式为s(λ)=yλ/Eλ。式中yλ为辐照波长为λ时输出信号的大小，Eλ为在同一波长下垂直入射的平行光的光谱照度。
CAS号：
性质： 又称光谱灵敏度。以光电倍增管、二极管阵列或光学成像器件等为系统时的光谱输出量和光谱照度之商。s(λ)=dy(λ)/dEe(λ)，简式为s(λ)=yλ/Eλ。式中yλ为辐照波长为λ时输出信号的大小，Eλ为在同一波长下垂直入射的平行光的光谱照度。
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