Bragg equation

美 [bræg ɪˈkweɪʒn]

布拉格方程

化学



双语例句

  1. Based on analysis of the periodic concomitant response of model T Low-Pass Filter ( LPF), a microstrip filter of Electromagnetic Band Gap ( EBG) structure was designed that satisfied Bragg equation.
    在分析T型低通滤波器的周期性副响应的基础上,设计出满足布喇咯公式的电磁带隙(EBG)结构的微带滤波器。
  2. Consistence of Laue Equation And Bragg Equation in Crystal Diffraction
    晶体衍射中劳厄方程和布拉格方程的一致性
  3. Using the coupled mode equation we derive the reflectivity equation on Chirped Bragg grating and the formula to calculate the dispersion of Chirped Bragg fiber grating.
    利用耦合模方程导出ChirpedBragg光栅的反射率方程,从而推导出ChirpedBragg光纤光栅的色散计算公式。
  4. The propagation equation of the solitons in fiber Bragg grating is described by the nonlinear coupled-mode equation, then the differential equations of parameters are obtained by applying the perturbation method, and the approximate results for parameters are calculated.
    利用非线性耦合模式方程建立光纤布拉格光栅中孤子的传播方程,通过扰动方法建立了参量的微分方程,计算得到参量近似解。
  5. The application of bragg's equation in the study of polymer structure
    布拉格方程在高聚物结构研究中的应用
  6. This phenomenon coincides with Bragg equation and the law of refraction.
    这一现象与布拉格方程和折射定律所得结果一致。
  7. According to the equation of Bragg grating, the mechanism of fiber Bragg grating pressure sensing is analyzed.
    根据Bragg光栅方程,讨论了光纤Bragg光栅(FBG)压力传感机理。
  8. The angular dispersion is studied by the Bragg equation, it depends on the lattice constant and Bragg angle, it is increasing with the Bragg angle and decreasing with the lattice constant.
    从X射线衍射的布拉格公式出发,研究了双通道椭圆弯晶谱仪的角色散率,它取决于晶格常数和布拉格角,随布拉格角增大而增大,随晶格常数增大而减小。
  9. Broadband wavelength-division multiplexing multi-channel filters based on sampled fiber Bragg gratings and an accurate wavelength spacing equation have been proposed for the first time.
    本文首次提出了基于超结构光纤光栅的宽带波分复用信道滤波器的设计方案,以及超结构光纤光栅反射谱谐振峰间隔的精确公式。
  10. According to the ideal approximation of the coupled-mode theory, the Bragg equation and the peak reflectivity expression of the fiber Bragg grating are derived.
    根据理想模展开下的耦合模方程,对光纤布拉格光栅的峰值反射率公式进行了数学推导,得到了布拉格光纤光栅的光谱反射率表达式。
  11. From optical wave theory, we derive basic equation of dispersion on Bragg fiber grating, and discuss the characteristics of dispersion compensation and the limits of Bragg fiber grating.
    从光的波动理论出发,导出了Bragg光纤光栅色散的基本方程;讨论了Bragg光纤光栅的色散补偿特性和它的局限性。
  12. And the thickness of ultra-thin layer was derived from small angle x-ray diffraction using the Bragg's equation witha refraction correction.
    讨论了利用多层膜的小角x射线衍射谱理论分析,导出了单层膜厚度和多层膜周期厚度的测量方法。
  13. Bragg equation and refractive index of X-ray
    Bragg方程和X光的折射率
  14. A discuss of Bragg equation
    关于布喇格方程的一个讨论
  15. The Effect of Refraction and Dispersion on Bragg Equation
    折射和色散对布喇格方程的影响
  16. The grating diffraction and Bragg equation ITO formula of a function of
    光栅衍射和布拉格公式
  17. A brief survey of the theory of X-ray diffraction in crystals is given. Different forms of geometrical diffraction theory, i.e., the Laue equation, Bragg equation and Ewald diagram are introduced and their similarities and differences discussed.
    文章概述了晶体X射线衍射理论的发展过程,介绍了不同形式的衍射几何理论、劳厄方程、布拉格方程与埃瓦尔德作图法,讨论了它们之间的异同之处。
  18. This Bragg Equation is without limit on crystal size, can be used to describe the angular divergence of minicrystal diffraction, diffraction of thin crystal, and the integral intensity of polycrystal diffraction in positive lattice, etc.
    广义布拉格方程不受晶体尺寸限制,可以在正空间中描述微晶体衍射的角发散,薄晶体的衍射,多晶体衍射的积分强度等问题。
  19. Structure of similar seawater is studied through X-ray diffraction. Compared with MD simulation, yielding Bragg equation is proposed.
    通过X射线衍射从实验上研究了海水近似溶液的结构,并与分子动力学模拟模拟结果对比,提出了修正的布拉格方程。
  20. Based on Bragg equation and the theory of fiber grating, the temperature and strain sensing characteristic of the FBG have been analyzed, as well as the problems of temperature compensation. 2.
    本论文的主要内容:1.在布拉格方程基础上,根据光纤光栅的传输理论,对光纤光栅的应变及温度传感特性进行推导,并对光纤光栅应变传感中的温度补偿问题进行分析。
  21. Secondly, the Coupled-Mode Theory which is fit for the Bragg grating was derived from the wave equation and a simple but effective numerical method known as Transfer Matrix Method is also presented.
    然后从波动方程出发推导出了适用于光纤Bragg光栅的耦合模方程,介绍了传输矩阵法。