结果表明，激光强度空间分布是影响强化区的重要因素。
The results show that the laser spatial intensity distribution is a critical factor to influence hardening zone.
计算了摆动器参数、电子束和激光场之间的能量转换效率、激光强度、电子的相空间分布和能谱。
We have computed the wiggler parameters, efficiency of energy conversion between electron beam and laser field, laser intensity, phase-space distributions and energy spectrum of electrons.
利用CCD(电荷耦合装置)相机所成象的光强度峰值拟合中性束中三种能量成分的空间密度分布。
The density profiles of three energy components in neutral beams are derived from the image peaks in the CCD (Charge Coupled Device) camera pictures.
与分子的定向效应，激光强度的空间分布来校正所计算出的概率。
The calculated probability is corrected with the molecular orientation effect and the spatial distribution of laser intensity.
与分子的定向效应，激光强度的空间分布来校正所计算出的概率。
The calculated probability is corrected with the molecular orientation effect and the spatial distribution of laser intensity.
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