1) inertial confinement fusion
激光惯性约束聚变
1.
The purpose of this paper was to describe hollow plastic microspheres filling with D2 which served as inertial confinement fusion(ICF)targets.
研究了激光惯性约束聚变靶用PS-PVA-CH三层塑料空心微球采用热扩散法高温高压充氘气技术。
2.
Raman instability plays an important role in laser-driven inertial confinement fusion scheme, because electrons may be accelerated to a high energy by the plasma wave.
在激光惯性约束聚变物理中,大振幅等离子体波波破产生极高能量的电子。
3) inertial confinement fusion laser facility
惯性约束聚变(ICF)激光装置
4) inertial confinement fusion target materials
激光惯性约束聚变靶材料
5) ICF
惯性约束聚变
1.
For the purpose of magnetic targets that can be suspended in magnetic field used for ICF,a chemical plating method was adopted to prepare such magnetic targets with Ni-P magnetic layers.
为了制备可以在磁场中悬浮的ICF(惯性约束聚变)靶丸,采用化学镀法对空心PS靶丸包覆Ni-P合金磁性镀层。
2.
The basic concept of fast Z-Pinch,and late progress in fast Z-pinch plasma research as HEDP and ICF research,especially as an approach for low-cost fusion energy research,are summarized in this paper.
简要介绍了快Z?箍缩的基本概念;综述了快Z?箍缩等离子体研究及其作为高能密度物理与惯性约束聚变(ICF),尤其作为低成本聚变能源研究的最新进展;探讨了快Z?箍缩驱动ICF作为聚变能源可能遇到的技术问题及应用前景。
3.
Test results prove that the adjustment orthogonality consists with the analysis result,and the stability and asjustment accuracy of the reflector mount meet the specificities of the ICF facility.
运用并联机构原理设计了一种新型惯性约束聚变(Inetial Confinement Fusion,ICF)用可阵列反射镜架结构,并用坐标变换方法分析了机构的调整正交性与旋转轴正交性之间的关系。
6) inertial confinement fusion
惯性约束聚变
1.
Use of MCNP to simulate nuclear detection of inertial confinement fusion;
MCNP在惯性约束聚变核探测中的初步应用
2.
Application of PPMLR Scheme to the Numerical Simulation of Fluid Instability in Inertial Confinement Fusion;
PPMLR格式用于惯性约束聚变中流体不稳定性数值模拟研究
3.
Optimization of frequency conversion system in inertial confinement fusion driver for frontally located beam smoothing elements
惯性约束聚变驱动器终端束匀滑器件前置时频率转换系统优化研究
补充资料：激光惯性约束聚变
分子式：
CAS号：
性质：利用具有巨大峰值功率的脉冲式激光，把一个小的D-T靶丸迅速压缩并加热到聚变温度，并在它被自身的惯性约束的时间内，让它产生大量的聚变，并释放出聚变能。和磁约束中的劳逊判据条件相比，激光器效率不高，能量转换效率约为百分之几。美国能源部认为对磁约束和惯性约束应给予同样的重视。
CAS号：
性质：利用具有巨大峰值功率的脉冲式激光，把一个小的D-T靶丸迅速压缩并加热到聚变温度，并在它被自身的惯性约束的时间内，让它产生大量的聚变，并释放出聚变能。和磁约束中的劳逊判据条件相比，激光器效率不高，能量转换效率约为百分之几。美国能源部认为对磁约束和惯性约束应给予同样的重视。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条