组织病理学亦观察到经蓝紫光和毫米波照射后创伤及烧伤创面愈合更佳。
The observation of the skin slides showed that the quality of healing wound incision after BPL or MMW irradiation was better than in the control group.
为了揭示熔覆时产生的蓝紫光信号与熔覆表面质量的关系，采用UV - 420对熔覆产生的蓝紫光信号强度进行实时检测。
In order to reveal the relationship between blue-violet light signal and the surface quality in cladding process, the blue-violet light signal intensity was measured in real time with a UV-420 device.
取得了不同扫描速度与激光功率条件下，蓝紫光信号的强度值。
The blue-violet intensity was obtained at different scanning speeds and laser power.
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