1) wavelength-selective
选择性波长
2) wavelength selectivity
波长选择性
1.
We briefly introduce the phase summation method,which is used to analyze the diffraction property of reflective volume holographic gratings,together with angular and wavelength selectivity.
本文简要介绍了相位迭加方法,并用该方法分析了反射式体全息光栅的衍射特性,角度选择性和波长选择性,对分析得出的结果进行了数值模拟,并将此方法与经典的耦合波理论进行了对比分析。
2.
In order to investigate the wavelength selectivity of volume holographic gratings, applied as wavelength division multiplexing (WDM) filter, a 532 nm laser was used to record volume holographic gratings with finite size in doubly doped cubic lithium niobate crystal.
为了研究体全息光栅波分复用器件的波长选择性,采用532 nm绿光透射式记录的方法在一块双掺铟铁立方型铌酸锂晶体中先后记录了具有不同光栅尺寸比的有限尺寸体全息光栅,用光通信波段红外可调谐激光器对这些光栅分别进行了正交式读出。
3) wavelength selectivity
波长选择特性
1.
The photodetector responses with an obvious wavelength selectivity and the quantum efficiency peaks at 843nm with a spectra width of 6.
实验测得器件的响应具有明显的波长选择特性 ,其峰值响应波长位于 84 3nm附近 ,半峰值宽度 6 。
4) Wavelength selection
波长选择
1.
Error-estimation based wavelength selection method for non-linear infrared spectra;
基于误差估计的非线性红外光谱波长选择法
2.
Standard genetic algorithm is usually not fit to near infrared spectral(NIR) wavelength selection, because the number of NIR spectral wavelengths is too large.
光谱样本数据常会受到环境噪声和其它组分的干扰,应作波长选择,以提高分析精度。
6) Selective wavelength method
选择波长法
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
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