The critical intensity arrival time is influenced by input flow intensity, coefficient of variation, hump-working load, etc.
临界密集到达时间受到达流强度、变异系数、驼峰作业负荷等因素的影响。
The general formulae which represent the critical intensity of the laser pulse for the acceleration and the corresponding energy gain of the particles are derived.
导出了电子获得加速所需的激光强度阈值及相应的电子能量增益的一般解析表达式。
Through comparison-study on several plans, it is pointed out that different forecast data and measures may lead to different development intensity critical control plans.
通过多个方案对比研究,指出不同的预测数据和纠正措施将产生不同的项目开发强度临界控制方案。
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