optical energy meaning in Chinese
光能
Examples
- It is very important to the wavelength conversion through fwm . the result shows that a shorter fiber is necessary to get an enough efficiency when employing high optical energy
结果表明相位调制对四波混频的效率会有影响，用四波混频进行波长转换时该情况有很大作用。 - The excitation may be obtained by different ways and relaxation of their excited states leads to luminescence . eftl is a phenomenon of direct transformation of electrical energy into optical energy
通过不同方式，它可使材料达到激发态，然后弛豫发光，是一种从电能直接转化成光能的现象。 - In the thesis , the efficiency of the optical energy and contrast of the system are discussed . the traditional philip prism and the pbs are improved in order to suit our projection system
论文对显示系统光能利用效率、对比度等特性进行了充分分析，对philip棱镜系统以及pbs偏振系统进行了优化和改进，获得了高性能的投影显示。 - The application fields of high - power semiconductor laser diodes ( lds ) are wider and wider due to their unique advantages such as small in size , low power consumption , high electric to optical energy converting efficiency and cheap in cost , which couldn ’ t be competitive by other forms of lasers , results in their more and more important role for society , economics , military and human ’ s daily - life
大功率半导体激光器( ld , laserdiode )因体积小、功耗低、转换效率高而且价格便宜等其他类型的激光器所无法比拟的优势,应用领域越来越宽广,对社会、经济、国防和百姓日常生活影响越来越大。 - Gaas pcss have many advantages over others in response speed , the transfer efficiency of light into electricity and high voltage resistant , especially they can operate in a nonlinear mode with high gain which can reduce the triggering optical energy by 3 - 5 orders of magnitude comparing to the conventional linear mode . this makes it realistically possible to realize the miniaturization , practicality and integration of the system of pcss 。 this paper summarized pre - used ultra - wideband source circuit using pcss , and the exhaustive theoretic analysis of traditional auston circuit and pulse - forming circuit is presented
Gaas光导开关与si光导开关相比具有响应速度快、传输效率高、耐高压的能力强,尤其是它除可以按常规的线性模式工作以外,还存在一种高增益的非线性工作模式,这种模式可使光导开关导通的光能比常规模式降低3 ~ 5个数量级,从而为光导开关的小型化,实用化,集成化提供了现实的可能性,因而倍受人们的关注。