Fluorescence spectra of HgZn excimer and stimulated emissions of Hg excited by 307.6nm laser pulses;
307.6nm光激发HgZn准分子的荧光和Hg的受激发射
The stimulated emission was achieved in the blue wavelength region with the peak at 450nm.
近年来，一个重要进展是在聚合物中观测到了受激发射（简称Ｐｏｌｙ－ｍｅｒ激光）现象［３～６］。
Si-based nanometer materials and structures to achieve stimulated emission;
实现受激光发射的Si基纳米材料与结构
spontaneous emission and stimulated emission
自发发射和受激发射
stimulated emission pumping spectroscopy
受激发射激发光谱学
Spontaneous photons initiate stimulated emission and the chain reaction begins.
自发发射的光子引起受激发射，开始了链式反应。
Time-Resolved Photoluminescence of Stimulated Emission from ZnO Nanoparticles
ZnO纳米颗粒受激发射的时间分辨特性
Microwave Amplification by Stimulated Emission of Radiation; a device that works on same principle as a laser and emits coherent microwave radiation.
放射物受激发射会发生微波放大；像激光一样同理工作的装置。
The Investigation of Spontaneous Emission and Stimulated Emission Properties of an Atom in Three Optical Devices;
三种光学器件中原子的自发发射和受激发射性质的研究
Stimulated emission properties of an organic salt-doped polymer film in microcavity
有机盐掺杂聚合物微腔的受激发射特性研究
Light Amplification by Stimulated Emission of Radiation; produces an intense monochromatic beam of coherent light.
通过受激发射光扩大；能够产生连在一起的强烈的单色射束。
Effect of Thermally Induced Change of Stimulated Emission Cross Section in Heat Capacity Lasers
热容激光器中热致受激发射截面改变对输出功率的影响
By reducing the feedback of the cavity, a laser will no longer be self oscillatory but it will amplity an incident wave which has triggered stimulated emission.
减小腔的反馈，激光器就不再会自己振荡，而只是放大触发受激发射的入射波。
As a single crystal ithas large emission cross, wide absorption band, low threshold, high thermoconductivity.
具有大的受激发射跃迁截面，宽吸收带，低激光发射振荡阈值，高热传导率等特点。
This work was followed by worldwide research aimed at improving understanding of the theory of stimulated emission in semiconductors.
各国相继进行广泛研究，以进一步探讨半导体中的受激发射理论。
Some new small mass molecule organic laser dyes with blue emitting color, were found.
发现了几种有机小分子蓝光激光染料，进行了溶液和薄膜状态下的受激发射表征。
stimulated exoelectron emission dosimeter
受激外激电子发射剂量计
Some of the excited atoms undergo radiative deexcitation.
某些受激的原子会发生辐射性退激。
The atoms are excited by being irradiated with energy from an external source.
原子受到外部能源的照射而激发。
Control and Application of Spontaneous Emission and Stimulated Radiation Properties of an Atom in Optical Micro-device;
光学微器件中原子自发辐射和受激辐射性质的控制和应用
propellant-actuated exactor
激励发射药的激化装置