pumped medium
英 [pʌmpt ˈmiːdiəm]
美 [pʌmpt ˈmiːdiəm]
输送介质
双语例句
- For light pumped solid laser medium the slabs with Brewster ends have some advantages.
侧面光泵的固体激光工作介质采用端面为布儒斯特角的板条形状有许多优点。 - The laser diode pumped two-frequency solid-state laser with tunable frequency difference is investigated, the medium is a 1at% doped 2-mm thick Nd: YAG chip.
研究了激光二极管抽运的可调频差的双频固体激光器，激光增益介质为2mm厚的1at%掺杂Nd：YAG薄片。 - The performance of LD pumped FAP and YAG lasers is compared, Nd: FAP is demonstrated to be a promising laser medium fitting for LD pumping.
比较了FAP和YAG这两种介质的激光器的性能，理论分析得出的两者的阈值泵浦功率的相对值与实验结果相一致，并证实FAP是一种很有前途的适合激光二极管泵浦的激光介质。 - The Optimum Length of Axially Pumped Laser Medium
纵向泵浦的激光介质最佳长度 - The wavefront distributions of the thin disk pumped by the ideal beam and 4th order super-Gaussian beam were simulated. The relationships between the beam distortion and the laser medium thickness and uniformity of the pumped beam were analyzed.
数值模拟了理想均匀泵浦及4阶超高斯泵浦下的波前分布，分析了介质厚度和泵浦均匀性与波前畸变量的关系。 - Based on the deduced coupled equations of SES pumped by a focused beam, we discussed bhe influence of the beam focusing on the enhancement and conversion efficiency of SRS in an absorptive Raman medium.
基于推导得的聚焦束泵浦的受激喇曼散射耦合方程组。从理论上讨论了聚焦对有吸收介质的SRS增长及转换效率的影响规律。 - In this paper, it is presented a high efficient and homogeneous pump coupling technology for the high power LD pumped slab laser medium using the diffractive optical element. Theoretical results are simulated using the improved G-S arithmetic.
提出了一种利用衍射光学元件实现高功率激光二极管（LD）的高效、均匀泵浦耦合板条激光结构介质的方法，并采用G-S改进算法进行了理论计算。 - There are some components that direct contact with the pumped medium in the reciprocating diaphragm pump, such as diaphragm, pump valve and air vessel, so these components are key components that influence the operating life of the reciprocating diaphragm pump.
隔膜、泵阀与空气室是往复式隔膜泵中与输送介质直接接触的部件，因此，隔膜、泵阀与空气室是影响隔膜泵使用寿命长短的关键部件。 - The dynamic equations have been derived to describe the characteristics of Cr4+: YAG laser and intracavity singly resonant optical parametric oscillator pumped intracavity by a passively Q-switched Nd: YAG laser. The Cr4+: YAG is used as the saturable absorber and laser gain medium.
推导了描述以Cr~（4+）：YAG作为饱和吸收体和激光增益介质、被动Q开关运行的Nd：YAG激光器谐振腔内泵浦的Cr~（4+）：YAG激光器和单共振光学参量振荡器的动力学特性的速率方程。 - With the three-side pumped condition, the heat conduct equation has been build up, and the temperature profile in the gain medium has also been simulated.
并以三向泵浦为例，建立热传导方程并对激光介质内的温度分布情况进行模拟。