非常光

  • 【地】extraordinary ray
非常光非常光
  1. 透射率光谱显示该晶体在波长大于380nm的可见光谱区是透明的。色散关系表明此材料的双折射较大,在短波区域寻常光及非常光的折射率之差约为0.12。

    Optical transmission spectrum demonstrates that this crystal is transparent for visible radiation ( wavelength is more than 380nm ), and the dispersion displays that the birefringence of it is up to 0.12 in the short wavelength range .

  2. 单轴晶体中非常光的传播问题

    Problems of the extraordinary wave propagation in uniaxial crystals coherence of light

  3. 一轴晶光率体内非常光的折射率

    Refractive index of extraordinary light in the uniaxial crystal

  4. 尼科耳棱镜中非常光折射率的讨论

    Discussion of the index of refraction of extraordinary ray in Nicol 's prism

  5. 非常光在各向异性媒质分界面上的反射和折射定律

    Law of reflection and refraction of the extraordinary ray at the interface between anisotropic mediums

  6. 最后,导出了一个直接计算非常光传播方向的新公式。

    Finally , a new straightforward formula for determining the e-ray propagation direction is derived .

  7. 光轴方向任意时单轴晶体中非常光的传播

    Transmission of extraordinary light in uniaxial crystal when the direction of optical axis is discretional

  8. 晶体转动时,非常光的轨迹与入射角的关系

    The Dependence of the Trajectory of the Extraordinary Ray as the Crystal Rotates on the Incident Angle

  9. 通过计算指出有些通用教科书给出的非常光的折射率数据是错误的。

    By means of calculation , it is indicated that thedatum of the refractive index given in some universal textbooks is incorrect .

  10. 本文在简要叙述晶体中光波传播的一些特殊性质后,着重介绍了确定单轴晶体中非常光(e光)传播方向的两种作图法。

    After a brief description of the propagation properties of optical wave in crystals , two graphic methods concerning extraordinary rays in uniaxial crystals are discussed in detail .

  11. 通过角谱方法归纳了晶体中寻常光(o光)和非常光(e光)传输的解析表达式,并且得到了傍轴近似的矢量传输模型。

    Through the method of angular spectrum , summarize the analytical expression of the propagation of ordinary light and extraordinary light in the crystal media , and obtain the vector propagation model of paraxial approximation .

  12. γ射线暴是天空中突然的硬X射线/γ射线爆发现象,有着非常复杂的光变曲线。

    The gamma-ray bursts ( GRB ) are the sudden flashes of the hard X / γ - rays in the sky with very complicated light curves .

  13. 贵金属纳米颗粒,特别是银和金纳米颗粒(AgNPs和AuNPs)具有与其自身及外界环境相关的局域表面等离子体共振(LSPR)光散射性质,因而成为非常好的光散射分析探针。

    Noble metal nanoparticles , especially silver and gold nanoparticles ( AgNPs and AuNPs ) exhibit internal parameters and external condition dependent localized surface plasmon resonance ( LSPR ) light scattering properties , which enable them to be nice candidates as light scattering probes for analytical purposes .

  14. 与沟道光波导相比,掩埋型光波导内的泵浦光和信号光的散射都非常小,光场分布非常均匀。

    It shows that the scatter loss can be neglected and the optical field is symmetric in a buried waveguide .

  15. 它们不会从一个发射模跳到另一个发射模,因此,性能稳定,能发射非常纯的光。

    They will be stable and emit very pure light , because they will not hop from one mode of emissions to another .

  16. 实际上你非常吝啬高光,而且也不是真正的白色,但是是一种不透明的、发光的特性,胜过任何色彩。

    Actually you light very sparingly and it never is really white , but a kind of opaque , luminous material rather than a colour as such .

  17. 第一,由瓶子和水组成的透镜可以让灯光聚焦成一束细光,也就是说我们不需要用到非常强烈的光。

    Firstly , the bottle and water form a lens which can focus the light into a thin line , which means that a very bright light is not necessary .

  18. 同时,激光诱导晶格畸变可能使多孔硅由线性变为非线性光学材料,而且具有非常大的光致非线性吸收系数。

    The laser-induced lattice deformation may result in the transformation of the porous silicon from a linear to a nonlinear optical material with a large laser-induced nonlinear optical absorption coefficient .

  19. 在此光弹调制器标定方法中,光弹调制器的标定精度和入射光强、电路参量无关。同时,标定要求的峰值延迟量小,非常适合于光弹调制器在其使用波长范围长波段的标定。

    The peak retardation of the photoelastic modulator is small in the calibration , so the photoelastic modulator can be calibrated in the long-wave band of its spectral range using this calibration method .

  20. 在大角度情况下(θ≥45°),存在对实际工程应用非常有利的光损耗饱和效应。

    In the experiment an effect of optical loss saturation in the case of larger fiber-crack cross angles (θ≥ 45 °) has been observed , which will has great applications in the practical engineering projects .

  21. 结果表明,实验能快速生长厚二氧化硅薄膜,薄膜表面平整,颗粒度均匀,同时薄膜具有折射率精确可控和红外透射性能好的特点,非常适合制作光波导器件。

    The results show that a thick film with a uniform surface and small loss for infrared light can be rapidly deposited by the PECVD technology and refractive index of the film can be controlled accurately .

  22. 光对植物生长发育起重要的作用,植物体内存在非常精巧的光信号调节网络感受光的强度、方向、光质及周期长度等从而影响植物的形态建成、开花诱导及生物节律等。

    Light plays an important role in plant growth and development . There is also a very elaborately light signal-regulated network perceiving the intensity , orientation , property and period length of light to mediate photomorphogenesis , flower induction , biothythm and so on in plants .

  23. TiO2具有催化活性高、稳定性好、对人体无毒、成本低等特点,是一种非常理想的半导体光催化剂,因而被广泛用于再生能源以及环境保护等领域。

    TiO2 has a high catalytic activity , good stability , non-toxic to humans and low cost , is an ideal semiconductor photocatalyst , which is widely used in the field of renewable energy and environmental protection .

  24. 发现:载银纳米管薄膜的抗菌效果非常良好,4h光催化抗菌后对大肠杆菌的消除率为100%。

    The results indicate that Ag deposited nanotube film shows excellent antibacterial property , and the removal rate of colon bacillus reaches nearly 100 % after 4h antibacterial experiment .

  25. 光突发交换(OBS)结合了光电路交换和光分组交换的优点,同时避免了它们的不足,是下一代光网络中一种非常有前景的光交换方案。

    Combining the merits of optical packet switching and optical circuit switching , and overcoming their defects , optical burst switching ( OBS ) is considered as a promising switching paradigm for next optical networks .

  26. 为了进一步拓展紫外光固化涂料的用途,解决黄变问题,设计了紫外光敏感性和引发活性非常高的新型光引发剂&丙烯酸甲酯基三乙酰基甲烷,并用1H-NMR、13C-NMR、GC-MS进行了表征。

    The application of UV curable coatings is extended and the yellowing of coatings is prevented by designing a new-type photo initiator ( methylpropenoateyl triacetyl methane ) with ultraviolet sensitivity and very high activity . 1H-NMR 、 13C-NMR 、 GC-MS are used to characterize the photo initiator .

  27. 环形谐振腔无需制作反射端面或光栅就可以实现光场的反馈,非常适合利用平面光波导工艺加工。

    The ring resonators do not require facets or gratings for feedback of light .

  28. 和她的姐妹工作得非常彻底,捕光了一些鲸鱼种群,几乎快灭绝掉蓝鲸。

    Petrel and her sisters did their work too well , depleting some whale species and nearly exterminating the blue .

  29. 长大后我才明白,他同时还非常幸运,因为光凭聪明并不能保你安然无恙。

    As an adult , I realized he was also very lucky , because cleverness alone cannot keep you safe .

  30. 首先非常感谢各界朋友光顾本店!各位买家本店真诚希望您能忠实履行交易义务。

    First of all , welcome all friends come to our store , we hope that you will perform truehearted incumbency of buy .