1) enhanced optical transmission
增强光透射
2) transmission enhancement
透射增强
1.
Numerical simulation has been performed on the optical transmission enhancement of a metallic film with a two dimensional subwavelength hole array.
对金属薄膜上的二维亚波长小孔阵列的光透射增强现象进行了数值模拟 ,结果显示不仅实际金属薄膜上的小孔阵列结构具有透射增强效应 ,理想导体薄膜的相同结构也具有透射增强效应 ,但没有实际金属薄膜的增强明显 。
3) enhanced transmission
增强透射
1.
Optical wave transmission through a subwavelength slit grooved with cavity in internal wall is investigated in a thick metallic plate by two-dimensional finite-difference time-domain method,and enhanced transmissions are found at some wavelengths in transmission spectra.
利用时域有限差分法模拟了厚金属层上单一亚波长狭缝内壁刻有一微型腔结构光波传输,结果发现在特定波长发生异常的增强透射。
4) transmitted light intensity
透射光强
1.
Studies on optimization problems about transmitted light intensity’s perturbance of the Glan-Taylor prism;
格兰·泰勒棱镜透射光强曲线优化处理的研究
2.
Taking Glan-Taylor prism for example, the reason that the transmitted light intensity perturbs with the rotation angle is analyzed.
以格兰–泰勒棱镜为例,根据实验现象对透射光强随旋转角扰动的原因进行了理论分析。
3.
Based on interference effect at the air-gap cementing layer of Glan-Taylor prism and Glan-Foucault prism,the effect of air-gap polarizing prism on the transmitted light intensity distribution of single-mode Gaussian beam is analyzed.
根据光在格兰泰勒棱镜和格兰傅科棱镜空气隙胶合层中的干涉效应,分析了空气隙偏光棱镜对单模高斯光束光强分布的影响;结果表明:对于某一波长的入射光,当空气隙的厚度一定时,透射光强随光在空气隙介面上入射角的变化作周期性振荡;当入射角一定时,透射光强随空气隙厚度的变化作周期性变化;且透射高斯光束的形状也随光的入射角以及空气隙厚度的改变发生变化;且无论是透射光强的周期性振荡,还是透射高斯光束的形状的变化,格兰泰勒棱镜的影响均小于格兰傅科棱镜;这说明前者的综合性能优于后者。
5) light intensity transmission
光强透射
1.
Using geometrical model,based on Fresnel formula and multiple beam interference theory,the light intensity transmission formula of Glan-Taylor prisms is obtained,and the effects of the beam\'s incident angle on the inequality of adjacent peaks of the transmitted intensity curve is discussed.
以菲涅耳公式和多光束干涉理论为基础,借助几何模型,得到了格兰-泰勒棱镜的光强透射比公式,讨论了光束入射角对透射光强曲线2个波峰等高性的影响,较好地解释了实验中的非线性误差,给出了改进方向。
6) light transmission
光强透射比
1.
Analysis of the effects of incident angle on light transmission of polarizing prisms;
入射角对偏光棱镜光强透射比的影响分析
2.
The effects of shape, size and orientation of polarized light source on light transmission ratio of an air-spaced analyzer are studied.
探讨了单色线偏振光源的形状、尺寸和取向对检偏棱镜光强透射比的影响 。
补充资料：增强
分子式：
CAS号：
性质：在分析化学中，引起测量信号增大的一种干扰现象。它造成分析试样表观浓度或含量高于待测物质的真实浓度或含量。通称为增强。
CAS号：
性质：在分析化学中，引起测量信号增大的一种干扰现象。它造成分析试样表观浓度或含量高于待测物质的真实浓度或含量。通称为增强。
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