The Progress of Study in Optically Pumped Submillimeter Wave Laser

Nonlinear Properties of Optically Pumped Molecular Gas Amplifier For Submillimeter Waves

光泵分子气体亚毫米波放大器的非线性特性

Theoretical studies of submillimeter radiation and near-infrared emission due to excitonic recombination in an asymmetric coupled-quantum-well structure

非对称耦合量子阱中亚毫米波辐射及其带间激子复合发光特性的理论研究

Precision Measurement of Submillimeter Wave Frequency

亚毫米波频率的精密测量

Study on Tuning Characteristics of Optically Pumped Cavity NH_3 Submillimeter Wave Laser

光泵腔式NH3分子亚毫米波激光的调谐特性研究

The application field and forecast of submillimeter wave laser

亚毫米波激光的应用领域及应用前景

A submillimeter wave ( SMMW) beam field distribution automatic measurement system using a scanning mirror with microcomputer control has been built and studied.

研究一种采用反射镜扫描方法由微机控制的亚毫米波场分布自动测量系统。

Optically Pumped Submillimeter Wave Cavity Laser with Metallic Mesh Coupling

金属网栅耦合的光泵腔式亚毫米波激光器

Powerful Radiation Sources in Millimeter and Submillimeter Waves

强功率毫米波、亚毫米波辐射源

Quasi Optical Technique for Millimeter and Submillimeter Waves

准光技术在毫米和亚毫米波测量技术中的应用

One other important branch of space astronomy consists of infrared and "submillimeter" surveys.

空间天文学的另一重要领域是红外和亚毫米巡天。

The receiving of FIR laser radiation by high-order harmonic submillimeter mixing

亚毫米波高次谐波混频检测远红外激光

Submillimeter waves Fourier transform spectrometer

工作在亚毫米波段的付里叶变换谱仪

With the application, the research on detection system advances towards higher frequency band, i.e. submillimeter wave ( SMMW) band.

随着应用的不断深入，探测系统的研究正向着更高频率的波段&亚毫米波波段的方向发展。

A Spherical Mirror F-P Interferometer in Submillimeter Wave Region

亚毫米波球面镜F-P干涉仪

The theoretical model and calculation method of optically pumped submillimeter wave laser(ⅰ)& The semiclassical density matrix theory

光泵亚毫米波激光的理论模型及计算方法（Ⅰ）&半经典密度矩阵理论

Short Millimeter Wave and Submillimeter Wave Receivers

短毫米波和亚毫米波接收机的发展现状

The specific property of atmospheric transmission at near submillimeter band is studied.

主要研究了在近亚毫米波段的大气传输特性。

During failover, one of the children becomes the master node and all replication starts flowing from that node.

在故障恢复过程中，其中一个子节点会成为主节点，而所有复制将从该节点开始。

You should now have all the components necessary to handle a failure of the master node, if it should occur.

现在您就已经拥有了处理主节点故障（如果它会发生）所需要的所有组成部分。

In clustered environments, probes are installed on all nodes, and each probe is configured as though that node is the primary node.

在集群环境中，探测器安装在所有节点上，每个探测器的配置方式都与主节点相同。