laser fusion
英 [ˈleɪzə(r) ˈfjuːʒn]
美 [ˈleɪzər ˈfjuːʒn]
网络 激光核融合; 雷射核融合; 激光核聚变; 核融合; 雷射熔解
双语例句
- The Research of Preparation Resorcinol-Formaldehyde Aerogel Hollow Microspheres Used for Laser Fusion Targets
激光聚变靶用RF气凝胶空心微球制备的研究 - He has researched in computer simulation for laser fusion and numerical methods for singular perturbation problem.
曾从事激光核聚变的计算机模拟研究和奇异摄动问题的数值解法研究。 - Application of large section KDP crystals in the study of laser fusion and stateofart in the study are introduced in the paper.
介绍了大截面KDP晶体在激光核聚变中的应用，并简述了该晶体的研究动态。 - Laser fusion is the poor cousin of magnetic-confinement fusion.
激光聚变是磁约束聚变的一个小分支。 - This calculation is important for the experimental study of high energy density plasmas and fast ignition of laser fusion.
这些计算对实验上用高能离子加热冷的稠密等离子体，然后进行科学研究具有指导作用，并且可以用来研究快点火的可能性。 - In this report, the methods of measurement of X-ray spectra from laser produced plasmas and the multichannel X-ray spectrometer are described. Experimental results of laser fusion experiments are presented.
文中叙述了激光等离子体X射线能谱的测量方法和多道X射线能谱仪，介绍了激光聚变实验结果。 - Analysis of Initial Irradiation Uniformity on Spherical Target in Direct Drive Laser Fusion
激光直接驱动聚变球靶初始辐照均匀性分析 - Image Transfer Based Automatic Laser Alignment Technique for Laser Fusion Facility
激光核聚变装置中基于像传递的激光自动准直技术研究 - Investigation of a single-axial-mode Nd: YLF oscillator for laser fusion system
用于激光核聚变的可长时间单纵模稳定运转的Nd：YAG和Nd：YLF激光振荡器的研究 - The coupling physics of laser-targets is important for laser fusion.
激光靶耦合物理是激光聚变的重要组成部分，激光产生的X光在实验室中有着广泛的用途，激光产生X光的份额是靶设计中追求的一个重要指标。 - The metallized film pulse capacitor is a key component of the inertial confinement laser fusion facility.
高储能密度金属化膜脉冲电容器是惯性约束聚变装置的关键元器件，由于其自愈特性，在短时间内很难得到它的失效数据。 - Laser fusion research has promoted the development of high power lasers.
由于激光核聚变研究工作的需要，促进了高功率钕玻璃激光器系统的发展。 - For improving the reliability, stability of laser driver and realizing laser fusion successfully, it is essential to study the SRS effect of high-power laser driver for ICF.
因此，为了提高ICF高功率激光驱动器运行的可靠性、稳定性，最终顺利实现聚变点火，必须对ICF高功率激光驱动器中产生的SRS效应进行研究。 - Owing to its ability of focusing automatically, eliminating aberration, high resolution and less stray light, the plane monochromator of variable line space ( VLS) with grating holographic recording has significant applications in synchrotron radiation devices, laser fusion equipments, space telescopes, and etc.
变线距全息光栅平面单色仪由于具有自动聚焦、消像差、高分辨率以及减少杂散光等能力，因而在同步辐射装置、激光核聚变装置以及太空望远镜等设备中有着重要的应用。 - This article describes the advantages and applications of the diode pumped solid state lasers ( DPSSL), especially its future applications to the powerful laser weapons and the laser fusion.
本文介绍了二极管泵浦固体激光器的优点及其应用，特别是它在强激光武器和激光聚变方面的应用前景。 - The experiment setups at the Laser Fusion Research Center in China Academy of Engineering Physics ( CAEP) are also introduced.
介绍了中国工程物理研究院（CAEP）激光聚变研究中心的实验总体情况； - Design of a CCD Imaging System for Monitoring Status of Micro-Sphere in Laser Fusion Target at Real-Time
实时监测激光核聚变靶球涂敷状态的CCD成像系统设计 - In this paper, an iterative method with amplitude-limiting and periodic smoothing technique has been developed on the basis of the SAND iteration. It has been used to solve the X-Ray spectra in laser fusion and satisfactory results obtained.
本文在SAND迭代法的基础上，采取带有周期性光滑化的限幅迭代方法，求解激光核聚变中的X光能谱取得了较好的结果。 - In the experiment of laser fusion, broadband lasers, which are weak interference, can effectively restrain high order nonlinear effects and smooth the radiation upon the target.
在激光核聚变（ICF）物理实验中，采用相干度较小的宽带倍频激光，能有效抑制高阶非线性效应和提高靶的激光辐照均匀性。 - This paper introduce the application of large KDP crystal for laser fusion and review the rapid growth method of large section KDP crystals.
介绍大截面KDP晶体的应用背景及惯性来约束核聚变对KDP晶体的需要，评述KDP晶体快速生长方法。 - The thesis is devoted to the investigation of incoherent holography technique and transmission grating spectroscopy aimed to the application in laser fusion research.
本文致力于研究非相干光全息成像技术与透射光栅谱学，及其在ICF实验研究中的应用。 - In order to solve X-ray spectra in laser fusion, an iterative method with amplitude-limiting and periodic smoothing technique has been developed on the basis of the SAND iteration in this paper.
为了求解激光核聚变中的X射线能谱，我们在SAND迭代基础上提出了一种带有周期性光滑化的限幅迭代解谱方法。 - Progress in laser fusion research
激光聚变研究进展 - Image Reconstruction with Attenuation Correction for Laser Fusion
激光聚变中存在吸收的图像重建 - The research on the interaction between the laser and the target is very important in inertial confinement fusion ( ICF), and is the key issue of the indirect drive in laser fusion.
激光与靶物理研究在惯性约束聚变（ICF）工作中占有重要的位置，它是间接驱动激光聚变的关键之一。 - Laser plasma interaction is a typical nonlinear problem and one of the key issues in laser fusion.
激光等离子体相互作用是一个典型的非线性问题，是激光聚变研究的核心问题之一。 - Study on the Function of Modulating Inductors in Energy Module of A Laser Fusion Set
激光聚变装置能源组件中电感作用的研究 - Identify the mechanism that driven the fast magnetic reconnection can provide theoretical support to promote the realization of the laser fusion, and also can be extended to the studies of the magnetic reconnection and related phenomena in other plasma environment, such as magnetic confinement devices.
对激光等离子体中的快速磁重联研究，不仅可为推动激光聚变的实现提供理论支持，而且能推广应用到其他等离子体环境中的磁重联及其相关现象，如磁约束装置。 - Through these experimental and theoretical studies, we can see more insight into the electron behavior of two hot topics in intense field physics& fast ignition laser fusion and high harmonic generation.
通过这些实验和理论研究，以期能对目前强场物理中两个重要的热点课题&快点火激光模拟核聚变和高次谐波中电子的行为有一定的新的认识。 - The interactions of the anisotropic, bi-isotropic and many other complex material particles with a laser beam are of great theoretical significance and wide applications in the fields of atmosphere optics, radar remote sensing, laser fusion, biomedicine and nanometer material science.
各向异性介质、双各向同性介质等复杂介质粒子与激光波束的相互作用在大气光学、雷达遥感、燃烧、生物医学、纳米材料科学等领域具有重要的理论意义和广泛的应用前景。