CAJ | 학술논문

用二级氢气炮作为冲击压缩加载工具和多通道瞬态辐射高温计作为主要测量系统，测量了冲击压缩氦气等离子体的光辐亮度历史（初始温度293K，初始压力为1.2 MPa）。根据实测记录信号波形的有关特征量，计算得到了氦等离子体的Hugoniot物态方程（含冲击温度）。结果发现：实测Hugoniot物态方程可用Saha方程加Debye-Huckel修正物理模型解释。
용이급경기포작위충격압축가재공구화다통도순태복사고온계작위주요측량계통，측량료충격압축양기등리자체적광복량도역사（초시온도293K，초시압력위1.2 MPa）。근거실측기록신호파형적유관특정량，계산득도료양등리자체적Hugoniot물태방정（함충격온도）。결과발현：실측Hugoniot물태방정가용Saha방정가Debye-Huckel수정물리모형해석。
Hugoniot EOS， shock temperature of gas helium plasma（the initial pressure is 1.2 MPa and the initial temperature is 293 K） are measured with the help of shock compression technique and transient radiation pyrometer. The experimental Hugoniot data are good agreement with the theoretical prediction by Saha equation pus Debye-Huckel correction.