Short Pulse Application of Solid-State Hard Tube Modulator Coupled with Transformer 变压器耦合固态刚管调制器的窄脉冲应用
In addition, it must be able to supply short pulse currents of several10s of milliamperes. 另外,它必须能够提供数10秒的毫安级的短脉冲电流。
Broadening and Amplification Characteristics of Fiber Front End for High-Power Short Pulse Laser Facility 用于高能短脉冲激光的光纤前端系统的展宽与放大特性
Thermo-mechanical Coupling of Metal Thin Film Under Short Pulse Laser Heating 金属薄膜短脉冲激光冲击热机耦合问题
The generalized kink waves of the short pulse equation were studied by the qualitative theory of ordinary differential equations and numerical simulation method. 用微分方程定性理论结合数值模拟方法研究了窄脉冲方程的广义扭结波。
Short Pulse KrF Excimer Laser Obtained by the Breakdown of Liquid 通过液体光击穿获得短脉冲KrF准分子激光
A method to obtain short pulse in an excimer1aser is presented in this paper. 描述了获得准分子激光超短脉冲的一种方法。
Actively mode-locked short pulse ruby laser red light camera housing 主动锁模短脉冲红宝石激光器
Design about Amplitude Measuring System for High Frequency Short Pulse of Laser Z-Scan Based on High Speed Parallel A/ D Conversion 一种基于高速并行A/D转换的激光Z扫描的高频窄脉冲信号幅值测量系统的设计
The basic principle was analyzed by using a Gaussian input short pulse and its characteristics were discussed by numerical simulation. 文中对这种方法的基本理论进行了分析,并给出了相应的数值模拟的结果。
In order to improve short pulse laser drilling efficiency double-pulse technique is reported in this paper. 为了提高纳秒短脉冲激光微孔制备的加工效率,使用了一种新颖的双脉冲方法。
Electro-optically cavity-dumped Nd: YLF lasers with high beam quality and short pulse 高光束质量短脉宽电光腔倒空Nd:YLF激光器
LD pulse Side-pumped E-O Q-switched Nd: YAG UV Laser with Short Pulse Width at Low Repetition Rate LD脉冲侧面泵浦Nd:YAG电光调Q低重频窄脉宽紫外激光器
Due to high frequency short pulse electrochemical machining ( HSPECM), machining gap model is built and the detection of interelectode gap average current is put forward. 针对高频窄脉冲电化学加工,对加工间隙进行建模分析,提出了间隙平均电流检测法。
Ultra-fast short pulse source is important for both physics research and optical communication network. 高速超短脉冲光源在物理研究和光通讯领域都有重要的应用。
A high pressure, short pulse duration XeCl laser was fabricated, and laser parameters were measured. 研究了高气压短脉宽XeCl准分子激光器的设计、制作和激光参数测试。
This paper puts forward a method of using CMOS chip of delay and ECL gate to generate short pulse, and analyzes the principle of generation. 提出了使用延时芯片和ECL门产生极窄脉冲的方法,并对其产生原理做了理论分析。
Based on short pulse carrier, the ultra-wideband ( UWB) communication system occupies an ultra-wide frequency band. 基于脉冲的超宽带(UWB)通信系统采用极窄脉冲作为信息载体,占用的频谱极宽。
A method for generating the short pulse intense X ray radiation in a laser produced Na plasma is described. 介绍了激光打靶产生短脉冲强X光辐射的方法,给出了打钠靶的数值模拟结果。
The camera is used in gating imaging for short pulse laser illumination. 该摄像机用于短脉冲激光照明选通成像。
The method of measuring the energy spectrum of a high current and short pulse beam using optical transition radiation is presented in the paper. 论述了用光学渡越辐射对强流短脉冲束团的能谱进行测量的理论和方法。
We propose a passive self injected scheme for the generation of short pulse trains from various pulsed lasers. 提出一个注入式结构,它可以用在各种脉冲激光器中产生短脉冲序列。
In this paper, based on the theoretical analysis of detector and modulator, the Ka-band millimeter-wave short pulse detector and modulator are designed. 本论文在对检波器和调制器进行理论分析和研究的基础上,分别设计了Ka波段毫米波短脉冲检波器和调制器。
In this paper, we design and set up a Nd: YAG super short pulse laser microbeam system, which can be divided into sections: laser source and microscope. 本文详细地介绍了我们自己设计和安装的一个Nd:YAG超短脉冲激光微束系统,该系统分成二个部分:激光源和显微镜。
Short pulse and three-dimensional effect s of FEL OSCILLATOR FEL振荡器的短脉冲和三维效应
In this paper, the mechanism of high frequency short pulse electrochemical machining ( HSPECM) is investigated. 探讨了高频窄脉冲电解加工(HSPECM)的机理。
The high-energy, short pulse laser systems provide chances to study the interaction of the light and the matter. At the same time, they also develop the study on inertial confinement fusion ( ICF). 高能短脉冲激光系统为人们研究光与物质的相互作用创造了条件,同时也为ICF(惯性约束聚变)研究提供了发展契机。
Thirdly, the laser has continuous, long pulse width, short pulse width, totally three output forms. 具有连续、长脉冲和短脉冲三种输出形式。
Slow light via SBS for short pulse and broadband pump are studied. 研究了短脉冲和宽带泵浦下的SBS慢光效应。
But it is well known that the fiber dispersion is a primary barrier for the short pulse generation. 然而在光纤激光器中实现短脉冲,光纤的色散参量则成了一个重要屏障。