最后进一步优化系统的功率密度谱。
Finally, we further optimize the power distribution over the whole system.
提出了依据宽带随机谱功率密度函数求解等效应力幅的半解析公式。
The semi-analytical solution for evaluating ESR from spectral density function of wide-band random loading is presented.
结果表明：等离子体的谱线强度随激光器工作电压、功率密度的增大而增大。
The experimental results shows that the spectral intensity of the plasma enhances significantly with the increase of the operating voltage and the power density.
激光功率密度达相对论强度以上时，靶后表面法线方向快电子能谱拟合平均温度高于已有的温度定标率。
The temperature of hot electrons is much higher than that expected by the empirical scaling law as the laser intensity reaches the relativistic.
激光功率密度达相对论强度以上时，靶后表面法线方向快电子能谱拟合平均温度高于已有的温度定标率。
The temperature of hot electrons is much higher than that expected by the empirical scaling law as the laser intensity reaches the relativistic.
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