power-density distribution

This paper analyses the affection of different laser power density distribution to surface temperature rising during laser scanning.

分析了激光扫描时激光功率密度分布状况不同对表面温升的影响。

Influences of the incident Angle for wave and plasma parameters such as temperature, density and location of resonance layer on wave traces and power deposition distribution were studied.

研究了等离子体温度、密度和共振层位置等参数及波的入射角对波迹和功率沉积分布的影响。

To measure the beam power and the distribution of beam power density, as an emphasis, a calorimeter is designed.

为了测量束功率和功率密度分布，设计了功率测量靶。