1)optical microcavity光学微腔
1.Study on preparation and effect of optical microcavity of the Nd_2O_3-doped glass microsphere;掺Nd_2O_3高折射率玻璃微球的制备与光学微腔效应研究
2.An optical microcavity is a structure with at least one dimension on the order of an optical wavelength.光学微腔是指尺寸在光波长量级的光学微型谐振腔。
3.The spontaneous emission properties of a single layer organic film in flat optical microcavity were studied.有机光学微腔以多层介质膜和金属铝（Ａｌ）分别作为反射镜，８－羟基喹啉铝（Ａｌｑ）为发光材料。
英文短句/例句
1.Study on Mode Characteristics for Nanowire Optical Microcavity and Squre Optical Microcavity;纳米线光学微腔与正方形光学微腔模式特性研究
2.FDTD Calculation of the Modes in an Square Microcavity正方形光学微腔模式的FDTD计算
3.Lasing and Directional Emission from Novel Microcavity Lasers;新型光学微腔激光器的构造及其方向性激光出射的研究
4.Applications of FDTD Method in Complex Objects Scattering and Optical Microcavities;时域有限差分方法在复杂目标散射和光学微腔中的应用
5.Study on some optically new phenomena in opaical microspherical cavities;光学微球腔中的若干光学新现象研究
6.Dynamics of photon emission from a quantum dot in a microcavity微腔中量子点光子发射的动力学研究
7.Dynamics in Photonic-Crystal Micro-cavity for Single Photon Sources;面向单光子源的光子晶体微腔动力学研究
8.Study on Optical Characteristics and Fast and Slow Light of Coupled Microcavity Resonators;耦合微腔共振器的光学特性及其快慢光的研究
9.Optical Characteristics of Flexible Microcavity Organic Light-emitting Diodes可弯曲式微腔有机电致发光器件的光学特性
10.Control and Measurement of High-Finesse Optical Microcavity and Cold Atoms;高精细度微光学腔及单原子的控制与测量
11.Fabrication of Optical Microring Resonator Biosensors微纳光学环腔生物传感芯片的制备研究
12.Research progress of biosensors based on PS and PSM基于微腔光学晶体生物传感器的研究进展
13.Theoretical Study of Single-Pair Fluorescence Resonant Energy Transfer Spectroscopy in Microcavity微腔中单分子对荧光共振能量转移光谱学的理论研究
14.reentrant acousto-optic light modulator凹腔声-光学光调制器
15.Study on Optical Properties of Submicron ZrO_2 Toughened Al_2O_3 Dental Ceramic;亚微米氧化锆增韧氧化铝口腔复合陶瓷光学性能的研究
16.Analysis on Two-Reflection-Dots Model outside Resonator of R-MOG谐振式微光学陀螺环形谐振腔外双反射点模型分析
17.Red GaInP/AlGaInP square microcavity lasers红光GaInP/AlGaInP正方形微腔激光器
18.On Microcavity Structure、Modulations and Propagations Characteristics of Microcavity Semiconductor Laser;微腔半导体激光器的微腔结构、调制特性及光纤传输
相关短句/例句
Microcavity光学微腔
3)Optical micro-cavity光学微腔
4)optic microcavity光学微腔
1.Quantum dot optic microcavity device had potential application in field of quantum information technology using as the low threshold laser and single photon light source etc.量子点光学微腔器件在低阈值激光器和单光子光源等量子信息处理技术领域有重要的应用前景。
2.As a new kind of optic microcavity,planar micro-toroid cavity maintains the high quality factor(Q) and the advantage of batch production as well as easy integration with other parts.平面环形微腔作为光学微腔的新型腔体,在保持高品质因数的同时其加工更适合批量生产和易于与其他部件的集成,有着广泛的应用前景。
5)optics cylindrical micro-cavity光学柱形微腔
6)Fabry-Perot optical microcavityFabry-Perot光学微腔
1.The development, the structure and the microcavity effects of organic electroluminescent Fabry-Perot optical microcavity are expounded at length.有机电致发光器件的Fabry-Perot光学微腔效应导致在一定波长处的发射峰强度增加、宽度压窄,因而在有机彩色显示中受到人们的重视。
延伸阅读
光学谐振腔光学谐振腔opticalresonantcavity光波在其中来回反射从而提供光能反馈的空腔。激光器的必要组成部分，通常由两块与工作介质轴线垂直的平面或凹球面反射镜构成。工作介质实现了粒子数反转后就能产生光放大。谐振腔的作用是选择频率一定、方向一致的光作最优先的放大，而把其他频率和方向的光加以抑制。如图，凡不沿谐振腔轴线运动的光子均很快逸出腔外，与工作介质不再接触。沿轴线运动的光子将在腔内继续前进，并经两反射镜的反射不断往返运行产生振荡，运行时不断与受激粒子相遇而产生受激辐射，沿轴线运行的光子将不断增殖，在腔内形成传播方向一致、频率和相位相同的强光束，这就是激光。为把激光引出腔外，可把一面反射镜做成部分透射的，透射部分成为可利用的激光，反射部分留在腔内继续增殖光子。光学谐振腔的作用有：①提供反馈能量，②选择光波的方向和频率。谐振腔内可能存在的频率和方向称为本征模，按频率区分的称纵模，按方向区分的称横模。两反射镜的曲率半径和间距（腔长）决定了谐振腔对本征模的限制情况。不同类型的谐振腔有不同的模式结构和限模特性。图片
