h E 2 E 1 N 2 N 1 35 激光化学(laser chemistry)是激光应用于化学 领域而产生的一门新的边缘学科,始于20世纪70年 代初,它包括激光诱导化学反应和激光光谱学两部 分。
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method of laser chemistry 激光化学方法
laser r chemistry 激光化学
laser extraction chemistry [化学] 激光萃取化学
Laser micro-chemistry 激光微化学
laser plasma chemistry 激光等离子体化学
laser thermo-chemistry 激光热化学
inorganic chemistry liquid laser 无机液体激光器
IR laser chemistry (mainly plasma chemistry) of gaseous aromatic hydrocarbons was studied with a pulsed TEA-CO_2 laser.
本文研究了七种芳香族碳氢化合物的气相IR激光化学,主要是等离子体化学。实验说明。
The informational source is also summed up and concluded, thus providing convenience and basis for the further study of laser chemistry, information storage and retrieval.
对有关情报源进行了归纳和总结,为激光化学的深入研究和文献检索提供了方便和依据。
For example, imagine the wonder at detecting spectral features that cannot not explained by complex organic chemistry, like laser emissions.
比如,用激光探测光谱特性,这些特性是无法用复杂的有机化学来解释的。
They are made of organic matter:the same rules, the same laws of chemistry that apply to what makes this laser glow green apply to what makes these photodetectors work.
而是由有机物制作的,同样的规律,它与应用于让激光的光芒变绿,以及使这些光电探测器工作,的化学是一样的规律。
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