受激辐射 meaning in Chinese
stimulated radiation
Examples
- Laser light amplificationby stimulated emission of radiation
受激辐射光放大 - In the decades after the 1917 paper , sporadic references to creating stimulated emission appeared , but none of the ideas were pursued
在1917年论文发表后的几十年内，有些文献曾零零星星地提到产生受激辐射，但这些想法都没有被进一步研究。 - Suotang jia , lijuan qin , zugeng wang , yong wang and guosheng zhou , 599 . 2nm diffuse band radiation generated by two - photo exciting molecular and atomic potassium , chinese journal of lasers , dec . 1993 , vol . b2 , no . 6 , 527 ? 532
贾锁堂,秦莉娟,王勇,周国生,王祖赓由钾原子"电离复合受激辐射' '参与的混频过程， 93青年学者激光学术讨论会(上海) - In the first part , the paper mainly discourse upon the gestation course of theoretic base in laser physics , stimulated emission , population inversion and other basic theory of laser were discussed
第一部分主要论述了激光物理理论背景的酝酿过程，对受激辐射、负吸收、粒子数反转这几个激光物理的基本理论的建立过程作了研究和分析。 - Compared to gan , which is one of the most successful wide - band semiconductor materials at present , zno is promising : high - quality zno with very low defect densities can be synthesized at much lower temperature than gan ; zno can emits light with shorter wavelength than blue light emission from gan ; zno has higher excitonic binding energy ( ~ 60mev for zno , 25mev for gan ) , which promises strong photoluminescence from bound excitonic emissions at room temperature ; meanwhile , homogeneous bulk zno is available
和gan相比， zno薄膜具有生长温度低，激子复合能高( zno ： 60mev ， gan ： 21 25mev ) ，受激辐射阈值较低，能量转换效率很高等优点。有可能实现室温下较强的紫外受激发射，制备出性能较好的探测器、发光二极管和激光二极管等光电子器件。