FTIR：受挫全内反射

“Frustrated Total Internal Reflection”简称FTIR，这一缩写形式便于在学术与科研场景中快速书写和引用。FTIR作为一种物理现象，其中文术语为“受挫全内反射”，常见于光学与材料科学领域，用于描述光在介质界面发生特殊反射时的能量转移行为。

Frustrated Total Internal Reflection具体释义

  • 英文缩写：FTIR
  • 英语全称：Frustrated Total Internal Reflection
  • 中文意思：受挫全内反射
  • 中文拼音：shòu cuò quán nèi fǎn shè
  • 相关领域： ftir 物理学

Frustrated Total Internal Reflection的英文发音

例句

  1. The design and implementation of multi-touch screen based on Frustrated Total Internal Reflection(FTIR) ( FTIR ) is introduced.
  2. 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。
  3. The relations between the transmittance in Frustrated Total Internal Reflection(FTIR) ( 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.
  4. 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；
  5. 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.
  6. 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。
  7. A Study of Frustrated Total Internal Reflection(FTIR) Based on Film Theory
  8. 基于薄膜理论的受抑全内反射原理研究
  9. Study of the Characters of the Frustrated Total Internal Reflection(FTIR)
  10. 受抑全反射特性研究

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