The cavity mode couples to an injected squeezed vacuum, and the atom is also driven by an extrnal laser field.
通过腔镜向腔内注入压缩真空态光场，使腔模向压缩真空态光场衰减。
In this paper, we discuss the concepts of laser mode, enclosed-Cavity mode, photon state, cell of phase space and the coherence Volume, as well as the equivalent relationship between them.
本文讨论了激光模式与封闭腔模式、光量子态、相空间相格、相干体积的概念及相互关系。
Secondly, Using MATLAB and HFSS to deeply research three types of analytical method for microstrip antenna which are transmission line method, cavity mode theory and finite-element method.
其次，结合MATLAB编程仿真和HFSS建模仿真，对微带天线的三种典型分析方法进行了深入研究，即传输线法、腔模理论和有限元法，为下面宽频带微带天线的设计奠定了理论依据。
Finally, this paper summarizes that different cavity mode excited by different area of body panel radiation cause booming. This is very significant to guide body design and reduce tests on demo car.
最后，对汽车不同区域的钢板会引起哪些阶次空腔模态并导致轰鸣声作了总结，这对于指导车身设计，减少开发后期样车的试验次数有重要意义。
This paper advanced a study method that can observe plastic deformation behavior of surface layer of die cavity by showing austenite grain, size, crack morphology and propagation mode.
提出了通过显示奥氏体实际晶粒度、裂纹形貌和扩展方式来分析热锻模具型腔表层塑性变形行为的试验方法。
The structure design, cavity preparation, and measurement method of Loaded Q of an X-band TE011 mode superconducting Nb cavity have been described.
本文记述了一个X -波段，TE_011模式超导铌腔的结构、制备工艺、Q值测量方法和测量结果。
The wavelength tuning of MEMS-based tunable vertical cavity semiconductor optical amplifiers (VCSOAs) at reflection mode are studied using transfer matrix method.
采用传输矩阵法对反射模式下的微机电可调谐垂直腔半导体光放大器的波长调谐特性进行研究。
The experimental results showed that high quality of cavity surface can be obtained by using appropriate technologic parameter and trochoidal milling mode with micro-end mill cutter.
试验结果表明：采用小直径刀具，合适的工艺参数，次摆线分层走刀方式能加工出高质量的型腔表面。
As a result, it induces oscillating mode change, laser cavity unstable, and the complicated change of laser output power.
因而引起振荡模式的变化，腔的失稳，激光输出功率变化的复杂化。
A physical model in consideration of not only the effect of bireflectance film and transverse magnetic field but also the mode coupling in the laser cavity is set up.
本文提出并建立了双反射膜双频激光器物理模型，该模型不仅考虑了激光腔镜的双反射膜作用、横向磁场的作用，同时还考虑了激光腔内模式耦合问题。
The results of the experiment indicated that the set up time of the diffraction limited mode in the resonator is influenced by magnification, cavity length and the gain saturation effect of the laser.
表明了具有衍射极限的模式建立时间受放大率、腔长以及饱和效应的影响。
The theory of laser mode is the based to understand the laser characteristics, design and debug the laser cavity, and it is the based to research and master the laser technology and application.
模式理论是理解激光特性，进行激光腔设计和装调的基础，是研究和掌握激光基本技术和应用的基础；
The cavity field spectrum of a pair of two level atoms coupled by dipole dipole force in a ideal cavity with two mode radiation field is studied.
研究了存在偶极相互作用的两等同原子与双模腔场共振相互作用双光子过程的腔场谱。
Taking the cavity parameters providing a most efficient mode locking and based on fluctuation model, we performed a numerical simulation of laser operation.
利用产生最有效锁模的腔参数及涨落模型，进行了激光过程的数值模拟。
The influence of mode mismatch on measurement in continuous-wave cavity ring-down technology was theoretically analyzed and experimentally studied.
对连续波腔衰荡技术中的模式失配对测量结果的影响进行了理论分析和实验研究。
Based on the random variation of cavity length, characteristics of the medium index and mode competition effect, low-frequency beat and noise continuums are explained.
根据腔长的随机变化、介质色散特性和模竞争效应解释了低频拍和连续噪声谱。
Resonator cavity of thin disk laser is designed, using plane-concave cavity to make it work stably and obtain large fundamental mode volume.
对薄片激光器的谐振腔进行了设计，采用平凹腔的结构，并使其在稳区工作并有较大的基模体积。
The mode analysis is made for a CW CO2 laser of a plane-concave cavity.
对平凹腔连续波二氧化碳激光器进行了模式分析。
The actual gain peak value is much smaller than the simplified mode of F-P cavity, but the effect is light to the full width at half maximum with the mode of efficient cavity length.
有效腔长使实际增益峰值比f - P腔简化模型的预测值要小，但对半值全宽带宽的影响相对较弱。
The proposed scheme only requires three single-mode cavity fields and one classical field, thus it is easier to be realized in experiment by using cavity QED technique.
该方案装置简单，仅需三个单模腔场和一个经典场，且在制备过程中腔场可始终处于真空态。
The cavity can effectively choose center frequency, increase electron efficiency and output power of the Raman FEL operating in quasi -single mode regime.
该腔既可有效地选定中心频率，又可望提高准单模运转的喇曼自由电子激光器电子效率及其输出功率。
The acoustic modal analysis of cavity is the important matter on vehicle NVH performance study. Identifying system mode is of importance to avoid acoustic resonance and reduce interior noise.
车室声学模态分析是汽车NVH特性研究的重要内容，识别系统模态对避免声学共振、降低车内噪声有重要意义。
In this paper, the laser cavity two-mode oscillation and mode competition are studied. The paper discusses the intensity of each modes and obtains stable state condition.
本文研究激光腔内双模振荡及模式竞争。讨论每个模式的强度，并得到稳态条件。
The emission spectrum for a pair of dipole dipole coupled identical two level atoms interacting with three mode cavity fields resonantly through 6 photon process has been studied.
研究了两个偶极偶极力关联的等同双能级原子与三模腔场六光子共振相互作用的辐射谱。
In the cavity flow mode, the drag of the cylinder was dramatically reduced by the upstream rod.
当圆柱处于空穴流动模式时，其阻力可以大幅度降低。
The final part of the paper we analyzed the stability of the mode of the output optical pulse, as well as the mode's selection the design of complex cavity for realizing single mode.
本文最后部分对输出光脉冲的模式稳定性也做了研究，研究和分析了能够实现单模输出的典型复合腔结构及具体的选模方法。
In design, the requirements of both narrow bandwidth and higher transitivity for the cavity were considered compatibly. The transitivity of mode cleaner is 70%.
设计中兼顾了窄线宽与透过效率两方面要求，模清洁器的透过效率为70 %。
We introduce anauxiliary atom in the resonant interaction between a single-mode cavity and atoms, the final state of the auxiliary atom is unchanged.
提出了一个利用单模腔场和原子的共振相互作用制备团簇态的方案，并引入了辅助原子。
The two photon interaction of a two level atom with a single mode radiation in a bad cavity is studied.
研究了劣腔内二能级原子与单模腔场的双光子相互作用。腔内原子受外加相干光场驱动，并向一般真空态自发辐射。
The two photon interaction of a two level atom with a single mode radiation in a bad cavity is studied.
研究了劣腔内二能级原子与单模腔场的双光子相互作用。腔内原子受外加相干光场驱动，并向一般真空态自发辐射。
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