A water electrode was used to realize glow dielectric barrier discharge at sub-atmospheric pressure in a vacuum glass cavity .

利用水电极在 真空玻璃 箱内的亚大气压条件下实现了介质阻挡均匀辉光放电。

Based on fundamental principles of thermodynamics the theory of vacuum cavity is presented on vacuum test of all-glass evacuated solar collector tubes and the theoretical mathematic model is established .

依据经典热力学理论，提出了太阳真空集热管真空度检测的 负压 腔原理，并建立了理论数学模型。

Entanglement of an arbitrary state of the two identical two-level atoms simultaneously interacting with vacuum cavity field

两全同二能级原子同时与 真空 腔场相互作用任意态的纠缠

Then these dressed excitons decayed into the vacuum cavity optical mode as a multi particles process .

而后作为多粒子过程，缀饰激子与 腔内 真空场耦合产生辐射。

Moreover our scheme is insensitive to cavity decay because atoms are interacting with a large detuning vacuum cavity field .

另外，由于原子是与大失谐的 真空 腔场相互作用，所以此方案不受腔衰减的影响。

From the point of kinetic theory of gases these paper analyzed parameter characteristics of vacuum cavity model on vacuum survey of all-glass evacuated solar collector tubes and suggests emphatically relationships between vacuum and molecular velocity thermal conductivity and other parameters .

从气体动理论出发，分析了太阳真空集热管真空度测量的 负压 腔模型的动态特性，并重点讨论了分子速度、热导率等参数与真空度测量之间的内在联系。

Based on fundamental principles of thermodynamics this article presents theory of vacuum cavity on vacuum test of all glass evacuated solar collector tubes establishes theoretical mathematics model and researches its feasibility initially .

依据热力学基本定律，提出了太阳能全玻璃真空集热管真空度检测的 负压 腔原理，并建立理论数学模型，同时还对其实际可行性及检测手段进行了初步探讨。

It was useful by adding the vacuum cavity to reduce the wall temperature . The system efficiency of numerical simulation could be enhanced 1 % .

此外， 真 空腔的添加对降低壁面温度效果明显，系统的效率能提高1%。

We propose a scheme for1 → 2 phase-covariant quantum cloning machine ( PCCM ) with the interaction between N two-level atoms and a vacuum cavity field .

应用N个二能级原子和单模 真空 腔场相互作用，提出了一个1→2的相位协变量子克隆机的方案。

After receiving the result of Bell-state measurement performed by Alice on atoms 1 ant 2 Bob lets atoms 2 and auxiliary atom A simultaneously interact with a single-mode vacuum cavity .

发送者Alice对原子1和2进行Bell基测量后并通过经典通道把测量结果告诉接收者Bob，Bob再把原子3和一个辅助原子A同时注入一个单模 真空 腔 场。

Based on the vacuum field in a micro cavity laser with metallic mirrors and the state of electron in a quantum well the TE mode and TM mode spontaneous emission spectra are compared .

利用金属镜面微 腔激光器中 真空场和量子阱中电子态函数，对比了TE模和TM模的自发发射谱。

When one of the two entangled two-level atoms interacts with a single-mode vacuum cavity resonantly an arbitrary state measurement is made on one part of the system to control the entanglement state of the other two parts through choosing evolution times .

使一对纠缠的二能级原子之一与单模 真空 腔场发生共振相互作用，通过选择不同的演化时间，对这个三体系统的其中之一做选择性测量，可调节另外两体的纠缠状态。

Since the cavity generally works in the perfect vacuum environment the huge cavity body volume will make vacuumization more difficult and bring more rigorous requirements for space requirement .

由于加速腔一般工作于高 真空环境下，庞大的 腔体体积一方面增加了抽真空的难度，另一方面也增加了对空间位置的要求。

In the meantime the dynamic characteristics of the testing system model of vacuum cavity and the effect of molecular and thermal conductivity and other parameters are analysed based on kinetic theory of gases .

同时运用现代气体动理论，分析了 负压 腔测量系统模型的动态特性以及分子平均速率、热导率以及 空间布置等特性参数对 真空度测量的影响。

Research on microwave switches in high vacuum double T resonant cavity

高 真空双T 腔微波脉冲 压缩开关的研究

It 's investigated that the entanglement of an arbitrary state between the two identical two-level atoms simultaneously interacting with vacuum cavity field by using negative quantum condition entropy .

应用负值量子条件熵，研究了在大失谐情况下，两全同二能级原子同时与一 真空 腔场相互作用任意态纠缠的时间演化。

If a squeezed vacuum is injected into a cavity almost perfect photon number squeezing can be obtained in the upper branch .

若向 腔中注入压缩 真空，可在双稳态的上支产生几乎完全的光子数压缩效应。

In case that the thickness of vacuum cavity is d →∞ the dispersion equation of isolated antiferromagnetic film can be obtained .

当 空气 夹层的厚度d→∞时，得到孤立薄膜的色散方程。

Investigate the high laser damage threshold cavity surface processing technology including vacuum cleavage cavity surface passivation high damage threshold coating . To suppress the cavity surface oxidation reduce the density of surface state decrease the radiative recombination in order to improve COD threshold .

探讨高激光损伤阈值腔面处理技术，包括 真空解理、 腔面钝化处理、高损伤阈值腔面膜，以抑制腔面的氧化，降低腔面表面态密度，减少非辐射复合，提高器件的COD阂值。

Under a static injection piston position the maximum vacuum levels in the cavity of these two valves were compared and the influence of different sealing methods on the final vacuum level in the cavity was investigated .

在压射冲头静止状态下，对 型 腔的最大 真空 度等排气阀性能参数进行了试验测量，并系统研究了不同的真空压铸模具密封工艺对 型腔内实际达到真空度的影响。

The simulating results demonstrate that it is very necessary to add a vacuum cavity or an air cavity beneath the hot-film of MEMS wall shear stress sensors .

计算结果表明：在壁剪应力传感器的热膜下方加入 真空 腔或者空气腔是十分必要的。

The utility model uses the structure of the double-layer basin and pumps the hollow cavity formed between the two layers of basins into a vacuum cavity .

本实用新型由于采用双层盆的结构并通过抽 真空处理将双层盆之间形成的空腔抽 成真 空腔。

The spontaneous-emission line shape of two atoms interacting with a vacuum field in an ideal cavity with different couplings is investigated .

研究了两个双能级原子与 真空 腔 场具有不同相互作用强度时的自发辐射线型。

Fault Analysis and Treatment of Air-Control System for DI Vacuum Belt Filter with Movable Cavity

DI 型移动室带式 真空过滤机气控系统故障分析及处理

Additionally this system can automatically detect the vacuum degree of the mould cavity blocks in vacuum line ; moreover it is also able to clean the line and monitor / alert the operation status itself .

系统具有自动检测模具型 腔 中 的 真空度及其变化；自动检测真空管路的堵塞状态；自动清洗管路；自动监视及报警等功能。

Study on the pitting corrosion-resistant of Ti-75 alloys with different from oxidize temperatures in vacuum in oral cavity

不同氧化温度处理下 钛75合金耐 孔蚀的研究

Gain Performance for Vacuum Microelectronic Coaxial Cavity Amplifier

真空微电子同轴 腔放大器的增益特性

Based on Stefan-Boltzmann 's Law this paper has deduced the regular pattern of change for vacuum cavity radiation temperature follow supplied power period change and the inference conclusion has been discussed too .

本文根据斯特藩&玻尔兹曼辐射定律，推导出间歇供电的 空腔辐射温度随供电周期的变化规律，并对推导结果进行了讨论。

By using FLUENT software simulation analysis on the whole adsorption and section absorption show the vacuum cavity flow field changes .

运用FLUENT软件模拟分析整体吸附与分段吸附 真空 腔内流场变化，结果显示分段吸附较整体吸附更节能。