1) transmitted spectral curve
透过光谱曲线
2) spectral transmittance curves
分光透过率曲线
1.
The paper analyzes the change of the exit light from a circular polarizing filter used inversely according to the interference theory of polarized light, measures the spectral transmittance curves with the combining of circular polarizing filter and linar polarizing filter, and summarizes the photographic performance of the circular polarizing filter used inversely.
将圆偏振镜与线偏振镜组合 ,并使 1 4波片位于线偏振镜之间 ,测定出线偏振镜和圆偏振镜相对旋转至不同方位时的分光透过率曲线 ,探讨了入射光为线偏振光时出射光因偏振光的干涉而相应出现的强度和色度变化 ,并以此为模型 ,对圆偏振镜反向使用时的摄影性能进行研究和总结。
3) transmission spectra
透过光谱
1.
The crystal was characterized by four-crystal X-ray diffraction,chemical etching,optical microscope,transmission spectra and atomic force microscope(AFM).
通过四晶X射线衍射、化学腐蚀、光学显微、透过光谱以及原子力显微镜对晶体的质量进行了表征。
4) Breakthrough curve
透过曲线
1.
The dynamic experiment and theoretical simulation results showed that the simulation breakthrough curves were in g.
动态吸附实验和模拟结果表明:模拟透过曲线与实验透过曲线比较吻合,所建立的模型能够较好地描述苯胺在2种大孔吸附树脂填充柱上的吸附透过过程。
2.
The adsorption equilibrium capacity and the breakthrough curves of the solution containing sodium fluoride were measured in the adsorbent of activated aluminium oxide .
以活性氧化铝为吸附剂，测定了ＮａＦ溶液的平衡吸附量和透过曲线。
3.
The adsorption isotherms and breakthrough curves for NaF solution and water of calcium were determined.
实验测定了ＮａＦ水溶液和“钙水”的吸附等温线和透过曲线，结果表明：Ｆｒｅｕｎｄｌｉｓｈ方程能很好地关联实验数据，“钙水”静态和动态吸附容量远远低于ＮａＦ水溶液。
5) transmittsnce curves
透光曲线
6) optical transmission spectra
透过率光谱
1.
The experimental results show that the optical transmission spectra range and two-wave mixing gains are smaller in the high doped LiNbO_3 crystals.
研究了系列不同掺杂、不同掺杂浓度、单掺杂和双掺杂以及不同后处理态 (生长态、还原态和氧化态 )铌酸锂晶体的透过率光谱和光折变二波耦合效应。
2.
Photorefractive holographic storage and optical transmission spectra properties were studied in a series of double-doped LINbO3 crystals including different dopants, different concentrations of dopants, and different as-grown samples (or reduced or oxidized) .
研究了系列双掺杂(Ce:Fe,Mn:Fe,Ce:Mn)以及不同后处理态(生长态、还原态和氧化态)铌酸锂晶体的透过率光谱和光折变全息存储特性。
补充资料：光谱透过率
分子式：
CAS号：
性质：又称光谱透过率。光通过物体后，从物体透射出的光通量与入射到物体的光通量之比。以符号τ表示。在测量和计算透明物体或溶液的光谱和颜色特性时，常用到这一物理量。
CAS号：
性质：又称光谱透过率。光通过物体后，从物体透射出的光通量与入射到物体的光通量之比。以符号τ表示。在测量和计算透明物体或溶液的光谱和颜色特性时，常用到这一物理量。
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