Frustrated Total Reflection
- 受抑全反射
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A Study of Frustrated Total Internal Reflection Based on Film Theory
基于薄膜理论的受抑全内反射原理研究
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Study of the Characters of the Frustrated Total Internal Reflection
受抑全反射特性研究
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Polarizing beam splitter based on frustrated total internal reflection
受抑全内反射的偏振分光器
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Frustrated Total Internal Reflection Q-switching Theoretical Device
受抑全内反射调Q开关原理装置的研究
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The design and implementation of multi-touch screen based on Frustrated Total Internal Reflection ( FTIR ) is introduced .
以受抑全内反射(FTIR)技术为核心,介绍多点触摸屏的设计和实现。
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Photon Scanning Tunneling Microscope ( PSTM ), which detected evanescent wave through frustrated total internal reflection , is one kind of special optical microscope .
光子扫描隧道显微镜(PSTM)是一种特殊的光学显微镜,它利用全内反射产生的隐失场成像,打破了传统光学显微镜衍射极限的限制,实现了纳米水平的分辨率。
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And according to the factors of frustrated total internal reflection laser Q-switch , experiment of pulse Nd : YAG laser was researched and analyzed , modulation of laser pulse was achieved basically .
以及根据受抑全内反射激光Q开关的影响因素,对脉冲Nd:YAG激光器受抑全内反射调Q实验进行了研究分析,初步实现激光脉冲调制。
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The relations between the transmittance in Frustrated Total Internal Reflection ( FTIR ) and the thickness of air crack , the polarization direction , the wavelength of incidence light and the incidence angle are systematically investigated in the paper .
系统地研究了受抑全内反射(FTIR)的透过率(或反射率)与气隙厚度、入射光偏振特性、波长和入射角的关系;
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The phenomenon of total internal reflection and the distribution of energy flow of total internal reflection were analyzed ; the formation of evanescent waves was described when the phenomenon of total internal reflection occurs . Formula of frustrated total internal reflection was calculated and simulated . 4 .
分析了全内反射现象以及全内反射现象的能流分配,阐述了发生全内反射现象时倏逝波的形成过程,而且对受抑全内反射原理进行了公式推导、模拟计算。
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The mechanism of frustrated total internal reflection ( FTIR ) is analyzed based on the theory of optical film and the relations of transmission and reflection to incident angle θ 0 , relation gap width d / λ and refraction index n are derived and presented in graphs .
根据薄膜理论基础,分析了受抑全内反射(FTIR)的理论机制,并导出相应的光线透过率及反射率公式,绘制出透射率、反射率随棱镜相对间隙d/λ、入射角θ0的变化曲线。