1.镭射[激光]作用
1.产生镭射[激光]的
1.“lase”的现在分词
1.The present participle of lase
1.up to now , the visible emission and ultraviolet lasing emission of zno have been the subject of much research.
目前，有关氧化锌研究部分集中在氧化锌的紫外激光发射和可见发光机制方面。
2.In a good lasing material, electrons that are pumped up with energy release that energy in the form of coherent photons of light.
在好的雷射材料中，受激发的电子在释放能量时，会放出同调的光子。
3.The search of meaning by the Intellectual Youth shows their deep, lasing sense of an identity crisis .
知青对意义的定位和追寻反映了这一代人持续的和深刻的认同危机。
4.simultaneously , the big current needed for lasing also can pass through an organic thin film , showed by an experiment.
在薄膜中也证明可以实现发射激光所需的大电流注入。
5.His other trick is to boost the output power of the lasing material, neodymium-doped yttrium aluminium garnet.
他第二个诀窍是提高激光材料——掺钕的钇铝石榴石的产能。
6.Silicon has proved considerably less pliant than ruby crystals or other subsequently developed lasing media.
和红宝石晶体或后来开发的其他雷射介质相比，矽的顺应程度低了很多。
7.The tunable lasing source technique maintains the operating point of the sensor in quadrature via monitoring the undesired signal.
可调谐激光技术来源，保持经营的角度传感器在正交通过监测不受欢迎的信号。
8.The lasing population increases as a result of the increased tube-wall temperature.
管壁温度适当提高，使铜激光各能级粒子数密度增大；
9.Ruggedness: The green laser light is generated within the chip, so no external optical alignment is needed to maintain lasing.
耐用性：绿色激光产生的芯片内，因此没有外部光对准需要保持激射。
10.The team says that it reduced the lasing threshold by aligning a single QD state with a high quality cavity mode.
该研究小组表示，他们使一个量子点能态对准高Q值共振腔模，藉此降低雷射的阀值。