内爆

激光内爆靶的四分幅X射线阴影成像诊断实验和理论模拟

Study of laser implosion dynamics by four-frame X-ray shadowgraphy and theoretical simulation

Z箍缩内爆等离子体双层丝阵负载设计的物理分析

Physical analysis for designing nested-wire arrays on Z-pinch implosion

发动机内爆了。

The engine imploded

快Z箍缩钨丝阵内爆物理研究

Physical research of fast Z-pinch implosion for the W multi-wire arrays

Z箍缩内爆过程中的能量转换机制研究

Studies on the mechanism of energy transformation in implosion processes of the Z-pinches

本文报道X射线阴影成像诊断技术的新发展，以及应用新发展的四分幅X射线阴影成像诊断于激光内爆微球靶动力过程的研究结果。

We present here studies of laser imploded glass microballoons by the newly developed time-resolved four-frame X-ray shadowgraphy .

Z箍缩内爆等离子体研究新进展

New progress of Z-pinch imploding plasma research

喷气Z箍缩内爆等离子体的雪铲模型

Snowplow model of gas-puff Z-pinch imploding plasma

通过测量源区和内爆区X射线辐射空间能谱结构，结果表明源区X射线辐射能谱是非平衡的，而内爆区X射线辐射能谱近似为Planck谱。

The spectrum of the radiation from the implosion region was similar to a Planck spectrum .

SCR脱硝装置对锅炉内爆影响的数值模拟

Numerical Simulation of Influence of SCR Denitration Reactor on Furnace Implosion

淤浆法HDPE反应器内爆聚的原因分析及预防

Cause and Prevention of Explosive Polymerization in Slurry Process HDPE

新的挑战在纽交所西北七个街区处出现了，这里是美林总部所在地世界金融中心大厦（WorldFinancialCentre）。这家投资银行正处于内爆过程。

It arrived seven blocks north-west of the NYSE , at the World Financial Centre headquarters of Merrill Lynch , where the investment bank was in the process of imploding .

金属丝阵Z箍缩（Zpinch）内爆是产生强x射线辐射的重要方法之一。

The Z-pinch implosion from a wire array load is one of the ways to generate strong x-ray radiation .

FGD系统对锅炉内爆的影响研究

Study on influence of FGD system upon Furnace Implosion

讨论了离子束直接驱动压力型ICF靶球内爆的可能性。

An implosion model with ion beam direct drive is presented .

叙述一维辐射磁流体力学方程组（三温）的数值模拟，用于电磁内爆X射线计算。

The paper describes one dimensional simulations of radiation magneto hydrodynamics ( RMHD ) ( 3T ) for X ray calculation of electro magnetic implosion .

核乳胶在激光直接驱动内爆DT燃料离子温度诊断中应用

Application of nuclear emulsion in DT fuel ions temperature diagnostic in direct-driven implosions

激光直接驱动内爆DT燃料面密度诊断

DT fuel areal density diagnostic in direct-driven implosions

实验证实双层金属丝阵负载Z箍缩内爆等离子体产生的X光辐射源，与单层丝阵负载相比可以提高40%的功率。

Z-pinch experiments have demonstrated that x-ray power was increased more 40 % with a nested-wire array than with a wire array .

衬套内爆ALE方法二维MHD数值模拟

ALE simulation of 2D MHD for liner

在神光（10~（12）W）激光器上，用充Ne靶丸开展了内爆压缩实验研究。

The compression experiments with neon-filled microballoons were performed using Shen-guang ( 10 ~ ( 12 ) W ) neodymium glass laser facility .

在此基础上，结合FLOWVR集成环境中的体网格生成及流场解算器对建筑群内爆、多管道流动等问题进行了数值模拟及分析。

Together with the existing FLOW_VR environment , the software developed in the thesis is used to simulate flow fields associated with internal explosions within a group of buildings .

结果表明，在LF－12装置上，对不同的靶，激光辐射驱动内爆的中子产额为103&105。

The results show that the neutron yields for implosion are between 103 and 105 under different target conditions at the LF-12 facility .

当相邻各丝的等离子体膨胀到相互接触和汇合的程度，Z箍缩的主电流才开始加载，驱动各丝汇合形成的等离子体套筒内爆。

Main current of Z pinch is loaded and then it driven the plasma liner to implode when singe wire plasma column touches and couples with each other .

介绍了首次利用三台亚千X光能谱仪和一台针孔相机研究腔靶内爆区X光发射机制，实验结果表明内爆区X光发射主要是壁X光面发射。

The mechanism of x - ray emission in hohlraum targets was experimentally studied with three soft x-ray energy spectrometers and a pinhole camera . The principal mechanism of x-ray emission was given .

计算结果表明：FCT方法有较高计算精度，给出了不稳定性发展的好的图象，适合于ICF烧蚀和内爆流体不稳定性问题的计算。

It shows that the FCT method is fit to simulations of instabilities of ICF problems .

研究了在ICF内爆区的条件下，热电子对氩等离子体粒子布居和K壳层发射谱的影响。

The effect of hot electrons under the conditions of ICF on the population kinetics and K shell emission spectra of argon plasmas are investigated in detail .

Z-pinch内爆等离子体时空分辨诊断技术

Time-space-resolved diagnostic technique for Z-pinch plasma investigation

本文介绍了在LF－12装置上，用塑料闪烁探测器诊断辐射驱动内爆低产额中子的过程，并讨论了中子产额与靶型及靶参数的关系。

Low DT neutron yields for indirect drive implosion were measured on the LF-12 facility , and the relation between neutron yield and the target type was discussed .

为避免RTT精确测量时产生的反馈内爆问题，采用了基于随机定时器机制的反馈抑制策略。

A feedback suppression based on a random timer mechanism is given to avoid feedback implosions during the accurate measurement .