受抑全反射

受抑全反射特性研究

Study of the Characters of the Frustrated Total Internal Reflection

该实验台采用光受抑全反射原理，可观察摩擦副的真实接触面积，同时可以测量摩擦副的摩擦力，满足摩擦研究的需要。

By adopting the principle of total reflection of frustrated light in this test-bed , the real contacting area of the friction pair could be observed .

受抑全内反射调Q开关原理装置的研究

Frustrated Total Internal Reflection Q-switching Theoretical Device

TM光子在受抑全内反射结构中的隧穿时间

Tunneling Time of TM Photons in a Frustrated-Total-Internal-Reflection Structure

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。

The design and implementation of multi-touch screen based on Frustrated Total Internal Reflection ( FTIR ) is introduced .

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。

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 .

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；

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 .

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。

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 .

基于薄膜理论的受抑全内反射原理研究

A Study of Frustrated Total Internal Reflection Based on Film Theory

论文从理论和实验上分别对基于受抑全内反射原理的单光纤传感头进行了分析。

The single fiber sensor head was investigated experimentally and theoretically .

基于光纤受抑全内反射原理的高精度液位传感器研究

Optical Fiber Frustrated-total-internal-reflection Based on High Accuracy Liquid Level Sensor

受抑全内反射的偏振分光器

Polarizing beam splitter based on frustrated total internal reflection

结合受抑全内反射式光纤传感头精确的液位传感特性和单片机控制的步进电机驱动系统的高定位精度的特点，研制出一种智能型高精度光纤液位传感器。

Combining the features of high sensitivity of the optical fiber frustrated-total-internal-reflection based sensor and high positioning accuracy of the single chip computer controlled stepping motor driving system , a novel fiber-optic level sensor system has been developed .

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。

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 .