The combination of energetic material (EM) and electrical wire explosion (EWE) is an
efficient and economical method to generate strong shock waves (SWs). The idea …

Tungsten is a promising material for the plasma-facing components of nuclear fusion
reactors due to its resistance to heat flux and plasma influence. However, a transient heating …

Tungsten is a candidate divertor material for many tokamak reactors and has potential to be
durable to high heat flux conditions. However, plasma-materials interaction and edge …

Potassium-based energetic complexes are environmentally friendly compared to their
traditional heavy metal counterparts. They also have higher energy densities and better …

In order to study the characteristics of electrothermal plasma interaction with energetic
materials, especially the ignition ability, a novel model considering polyethylene and copper …

摘要针对脉冲功率源使用过程中出现的反向浪涌过电流问题, 该文建立带有充电机输出端整流桥
的脉冲成形网络等效电路. 采用理论分析与仿真计算相结合的方法, 讨论电路放电三个阶段的 …

使用包含瞬态燃速公式的一维内弹道模型模拟30 mm 电热化学发射过程,
通过与发射实验结果相比较, 验证了该模型的精确性. 对比常规发射和电热化学发射膛内压力波 …

In order to study the effect of shock wave formation on propellant ignition in capillary
discharge, the shock wave formation process was analyzed using experimental and …

The capillary geometry of discharge plasma sources determines the performance of
capillary plasma generators. In this research, 16 types of generators with different geometric …

Electrothermal (ET) plasma discharges have application to mass acceleration technologies
relevant to military ballistics and magnetic confinement fusion reactor operation. ET plasma …