折射度

  • 网络refraction;refractivity;refractive index
折射度折射度
  1. 应用QSPR方法计算炔烃的摩尔折射度关于摩尔电导率及其计算

    Calculating the Molar Refraction of Alkyne by Using the Quantitative Structure-Property Relationship

  2. 计算环烷烃摩尔折射度的新方法

    A New Method for Calculating the Molar Refraction of Cycloalkanes

  3. 利用数理统计方法研究了诱导效应指数I,摩尔折射度RD,疏水亲脂参数1gp以及分子联通性指数1x与气相色谱保留行为的关系。

    Based on statistics , the relationship between chromatographic retention behaviour and induced effect index I , molar refractivity RD , hydrophobic parameter lgp , as well as molecular connection 1 X are studied .

  4. 发现由于PCF具有较高的模式双折射度,飞秒量级的初始孤子脉冲可实现孤子俘获,分析了光子晶体光纤中实现偏振复用孤子系统的可能性。

    It has been found that the initial femtosecond soliton pulse could be trapped due to the higher mode birefringence of the PCF . The possibility of forming a polarized multiplexing soliton system in PCF has also been discussed .

  5. 对84种炔烃(C5到C40)的计算结果表明,摩尔折射度计算值与实验值的一致性令人满意,平均误差0.011%。

    The calculated results show that the calculated molar refraction of alkynes were in good agreement with the experimental data , and the mean relative deviation is 0.60 % for 84 alkynes , and has advantages over the group contribution method .

  6. 折射度指示体是晶体的一个新的光性指示体。

    The refractivity indicatrix is a new optical indicatrix of crystal .

  7. 屈光计:用于测量眼睛折射度的仪器。

    Dioptometer : an instrument used for measuring ocular refraction .

  8. 有机物在金属上的吸附与摩尔折射度

    Absorption of Organic Matter in the Metal and Mole Diopter

  9. 原子折射度与电子构型的关系

    The relation between atomic specific refraction and electronic configuration

  10. 支链烷烃的摩尔折射度与其分子结构间关系的理论探讨

    Theoretical Study on the Relationship between the Molar Refraction and Molecular Structure of Alkane Isomers

  11. 矿物中水的分子折射度和分子体积

    Refract ivities , molecular volumes and microscopic densities of different structural forms of water in minerals

  12. 交联剂基团折射度对不饱和聚酯树脂浇铸体折射率影响的理论计算方法

    The Effect of Refraction of Coupling Agent Radicals to the Refractive Index of Unsaturated Polyester Resins

  13. 论晶体的折射度指示体

    On the refractivity indicatrix of crystal

  14. 原子折射度的一种新计算

    A new calculation of atomic refractions

  15. 原子折射度的新计算&Ⅰ.短周期各元素的原子折射度

    A new calculation of atomic refractions & ⅰ . atomic refractions of the elements of short periods

  16. 折射度指示体的若干问题

    Aspects of the refractivity indicatrix

  17. 脂肪醛摩尔体积和摩尔折射度与其分子结构关系的理论探讨

    Theoretical study on the relationship between molar volume and molar refraction of aliphatic aldehyde and its molecular structure

  18. 本文研究了有机物在金属电极上的标准吸附自由能与其摩尔折射度的关系。

    The paper deals with the relation between the absorption parameter of organic matter in the metal and mole diopter .

  19. 与传统双芯光子晶体光纤相比,本文所设计的双芯光子晶体光纤的双折射度和耦合强度随着空气填充率的增加而增加。

    Compared to traditional dual-core PCF , it is found that the birefringence and the coupling intensity increase with the increase of air-filling fraction .

  20. 本文从介绍折射度的概念和性质出发,建立了气体密度与折射率之间的关系。

    This article begins with introducing the conception of refrangibility , and then the relation between refractive index and density of the gas is established .

  21. 折射度-物理参数,表现折射物体的光折射特性,光线穿过某不同密度物质所应改变方向的角度。

    IOR – also known as Index Of Refraction , a physical parameter of transparent matter that defines how strong a ray gets bent when entering media of different density .

  22. 此外,双折射度比起初的光子晶体光纤大了很多。并且由于改进后对模场的限制增强,光纤的损耗比起初光子晶体光纤小104倍。

    Moreover , the modal birefringence increases greatly as compared with the original PCF , and the leakage loss is about 104 times smaller than that of original PCF because the modification gives rise to the strong confinement of modes .

  23. 根据分子结构的特点,用距离矩阵和染色矩阵表征分子中基团的特性和连接性,通过探讨芳烃摩尔折射度与分子结构间的定量关系,发展一种直接根据分子结构计算芳烃摩尔折射度的方法。

    Based on characteristics and connectivity of the groups in molecules , a method which combined the group contribution method and topological method together was developed , and can be used to calculate the molar refraction of aromatic hydrocarbons from molecular structure .

  24. X射线衍射增强成像中的折射衬度

    Refractive Contrast in X-Ray Diffraction Enhanced Imaging

  25. 从X射线双晶衍射的原理出发,讨论了衍射增强成像(DEI)技术的空间分辨率和电子密度的衬度分辨率,明确了折射衬度在DEI技术中的表现形式,并从实验上进行了验证。

    The spacial resolution and the electron density resolution of the diffraction enhanced imaging ( DEI ) method are discussed relating to the experimental parameters . Appearances of refractive contrast in the DEI method are discussed and experimentally confirmed .

  26. 光纤磁场传感器对线双折射敏感度的分析

    Analysis of sensitivity of fiber optical sensors to linear birefringence for electromagnetic measurement

  27. 改进读数显微镜提高测量透明物质折射率准确度基于声学显微镜技术的小尺寸材料弹性常数超声测量方法研究

    IMPROVING READING-MICROSCOPE INCREASE THE PRECISION OF MEASURING REFRACTION OF TRANSPARENCY MATERIAL Investigation on Elastic Constants Measurement for Limited-Size Samples Using Acoustic Microscopy Technology

  28. 我们搭建的PICT系统具有较高的空间分辨率和折射率变化敏感度,克服了OCT图像中的固有畸变。

    Our system has high space resolution and is sensitive to the refractive index change .

  29. 基于硬件加速的反射和折射场景的辐射度方法

    Hardware-accelerated radiosity for scenes with reflection and refraction

  30. 本文主要讨论由上述因素引起的入射角、折射率、楔形度、厚度与曲率半径的比值对光学角偏差的影响,以利于生产工艺的控制。

    The article mainly discusses optical angular deviation affected by angle of incidence , curvature , refractive index and unparalleled faces in order to modify the windscreen processing .