Demonstration of Inertial Confinement Fusion (ICF) ignition is currently in the central ignition manner.
目前实现惯性约束聚变(ICF)点火以中心点火方式为主，流体不稳定性破坏内爆压缩和点火燃烧，对驱动均匀性和靶丸制作提出苛刻要求，是减少实现点火的驱动器能量和降低激光器造价的关键问题。
The jet flows from vent holes in a center-core igniter strongly influence the process of ignition in guns.
中心点火管传火孔射流场直接影响火炮膛内的点火传火过程。
The paper studies on the primary cartridge which adopts burning train of metal central squib for mortar bomb so that the output of tail pressure of the primary cartridge which is loaded small particle propellant is stable.
本研究的主要目的是研究一种采用金属中心点火管传火结构的迫弹基本药管,以解决内装小粒发射药的基本药管尾管压稳定输出问题。