光子

The main idea is tolift the band degeneracy at high symmetry points in the Brillouin zone of crystals bylowering the structure symmetry of crystal.One way is introducing nonspherical atomconfigurations,another is introducing anisotropy in atom dielectricity.

设计的核心思想是通过降低光子晶体结构的对称性，消除光子能带在晶体的布里渊区高对称点上的本征简并，以获得完全的带稀我们采用两种方法，一种是将晶体的原子做成非球对称，另一种用各向异性的颗粒球做晶体原子。

By our beast knowledge, the present article is first time to report nanophase oxyfluoride vitroceramics Er(3):FOV to have an effective three-photon infrared quantum cutting excited by visible light and an four-photon infrared quantum cutting excited by near-violet light.

据我们所知该稿件为首次报道Er(3)：FOV纳米相氟氧化物玻璃陶瓷的可见激发的三光子的有效的红外量子剪裁现象和浅紫外激发的四光子红外量子剪裁现象。

As you inhale this light, allow it to move down through your pineal and thymus glands.

在你内心想象着，你吸进这金色的光子，并让这金色的光子，往下通过你的松果体

This thesis includes two parts. One part studied the two photon excited luminescent properties of thirty pyridinium compounds in solution, another part studied the two photon excited luminescence properties of HMASPS and HEASPS in polymer matrix.

论文分为两个部分：第一部分研究的是吡啶盐溶液的双光子上转换性质，第二部分研究的是吡啶盐HMASPS和HEASPS在聚合体系中的双光子上转换性质。

One side, the endlessly single-mode property was illuminated, and the relation between V value and the structure parameter and wavelength has been given. On the other hand, the dispersion property of TIR-PCF was discussed reasonedly.

一方面，对光子晶体光纤的无尽单模特性进行了较详细研究，得到了归一化频率与结构参数以及光波波长的关系，为研制实际应用的光子晶体光纤提供了参考。

The invention discloses a method for using light guide fiber and indium stannic oxide to make the optical scanning channel microscope probe.

本发明公开了一种用光导纤微和铟锡氧化物制作光子扫描隧道显微镜探针的方法，旨在提供一种能够制作同时具有优良的导电和透光性的光子扫描隧道显微镜探针的方法。

Intense laser pulse causes neutral dissociation of superexcited NO molecule by way of multiphoton excitation, which is equivalent to single photon excitation in the extreme-ultraviolet region by synchrotron radiation.

由此证实和同步辐射导致的单光子激发一样，强激光导致的多光子激发同样可以引起NO分子的超激发，并且随后发生中性解离。

When optical frequency keeps constant, the transmissivity increases linearly with the number of periods of the photonic crystal.

光频率不变时，光在光子晶体中的透射率随光子晶体周期数的增加呈线性增加。

I.! y P,{7 v: R; O0 D INTRODUCTIONIn most of the previous studies like [1-3], the effect of SRS in DWDM fiber opticsystems has been treated under various assumptions like undepleted pump approximation, wavelength independent fiber loss coefficient, triangular approximation of Raman gainprofile, negligible loss of energy whenever a short wavelength photon is transformed into a long wavelength photon (i.e., l i / l k ~ 1), equal power loading in all the wavelength channels and equal channel spacing.

P _ W/ I 在以往的绝大多数研究中，如[1-3]，人们都认为， SRS 在 DWDM 光纤系统中的影响是在诸多假设，如未衰减泵近似值，波长依赖光纤损耗系数，喇曼增益表的三角近似值，当短波光子被转变为长波光子时(i.e。， l i / l k ~ 1可忽略不计的能量损耗，各波长通道均等的动力负载以及均等的信道的频率间隔。

Hello, hair removal is recommended that you go to a regular hospital for plastic shed, for hair removal methods currently being used for hair removal using photons, the photons unhairing this unique light and heat treatment technology, full use of the combined effect of light and heat, through the launch special spectrum of pulsed light, penetrate the skin to reach the depth of different organizations, was the corresponding depth of the hair follicle, hair dry, and melanoma cells, such as target tissue absorption of heat generated by the formation of an instant local high temperature, dry and damage hair follicles, and obstructed and the termination of hair growth, to achieve permanent hair removal results.

您好，脱毛建议您去正规的整形医院进行脱毛，对于脱毛目前采用的方法是采用光子进行脱毛的，光子脱毛这种独特的光热治疗技术，充分利用了光和热的综合效应，通过发射特殊谱段的脉冲光，穿透皮肤到达不同的组织深度，被相应深度的毛囊、毛干、黑色素细胞等靶组织吸收，产生的热量形成瞬间局部高温，破坏毛干及毛囊，阻碍和终止毛发的生长，达到永久性脱毛的效果。

Provides machine embroidery designs in cross-stitch technique, patterns for hand embroidery, and a variety of related supplies.

提供机器刺绣设计在跨缝技术，模式，另一方面刺绣，以及各种有关的用品。

That oddness, like acquaint with of flavor …..

那就奇怪了，好熟悉的味道…。。