stimulated radiation
英 [ˈstɪmjuleɪtɪd ˌreɪdiˈeɪʃn]
美 [ˈstɪmjuleɪtɪd ˌreɪdiˈeɪʃn]
网络 受激辐射
双语例句
- Generating, using, or sensitive to infrared radiation. infrared amplification by stimulated emission of radiation
产生红外线的产生或使用红外线辐射的，对红外线辐射敏感的 - The term laser stands for light amplification by stimulated emission of radiation.
“激光”这个术语的原义是利用辐射的受激发射来放大光波。 - Basically, a laser beam ( Light amplification by stimulated emission of radiation) is focused on a material which results in a modification of the surface and in the optical appearance of the material.
基本上，激光束（光受激辐射放大）的重点是在一种材料的表面改性和材料的光学外观效果。 - 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。 - 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。 - The term laser is an acronym for light amplification by stimulated emission of radiation, or a light amplifier.
这个术语激光的全称是经过受激起射光扩展，或许一个光缩小器。 - Ultraviolet diffuse-band of stimulated radiation in lithium dimer
锂分子中紫外扩散带受激辐射 - Stimulated radiation based on Photodissociation of rb_2 by two-photon pumping within wide wavelengh region
由宽波段双光子泵浦的铷光解离受激发射光谱 - Optically pumped stimulated radiation in rubidium vapor with impurity cesium
铷蒸气及其杂质铯的光泵受激辐射 - The Photodissociation Stimulated Radiation Pumped by Three Photons in Sodium Vapor
三光子泵浦钠蒸汽中的光解离受激辐射 - Numerical results are reported of a model of the stimulated radiation force on a two-level atom, which is excited by two laser fields of different frequencies.
本文报道了在两束不同频率、不同传播方向的光束作用于二能级原子的受激辐射压力的数值结果。 - This stimulated radiation force is now interpreted in a novel way-the photon redistribution model.
给出了一个新的模型光子再分配模型来解释受激辐射压力。 - The model connects the stimulated radiation characteristics of the device with the measurable quantities of the external circuit. It shows that there is obvious difference between average density of operating current and current density in the filament rigion.
模型把外电路的可测量与器件的发光特性联系在一起，指出平均工作电流密度与发光丝区的电流密度之明显差别。 - A new scheme of an optical klystron based on stimulated transition radiation is proposed.
本文提出一种基于受激渡越辐射的的光学速调管新方案。应用著名的Madey定理对这种新型的自由电子激光器进行了分析和计算，其中包括自发辐射的和受激辐射的分析讨论。 - Stimulated radiation of UV and violet diffuse bands by two-photon pumping covering a wide wavelength region in Na_2
宽波段范围内双光子泵浦钠分子产生的紫外和紫区漫散带受激辐射 - Stimulated radiation based on Na-Na near-resonance collision energy transfer has been observed in the sodium vapor.
本文报道了钠蒸气中基于Na-Na近共振碰撞能量转移而产生的光泵受激辐射。 - The characteristics of the stimulated radiation are discussed.
并对受激辐射特性进行了研究。 - Stimulated diffuse-band radiation produced by two-photon excitation of potassium vapor
钾蒸汽中双光子激发产生2~3∏g&α~3∑u~+扩散带受激辐射 - Stimulated radiation generated by two-step pump and collision energy-transfer in ytterbium vapour
镱蒸气中由二步光泵和碰撞能量转移产生的受激辐射 - Photon redistribution model of the stimulated radiation force
受激辐射压力的光子再分配模型 - Stimulated radiation based on dipole-dipole or dipole-quadrupole hybrid excitation and collision energy-transfer
偶极-偶极和偶极-四极混合激发Na2-Na时的碰撞能量转移受激辐射 - With Q-swiched ruby laser and ruby-generated stimulated stokes radiation in several kinds of liquids entering potassium vapor, some nonlinear optical effects were observed, such as four-wave parametric mixing, enh(?)
用调Q红宝石激光和几种有机液体分子的受激喇曼散射&阶斯托克斯辐射作为泵浦光，射入钾蒸气中，观察到钾原子的许多非线性光学效应。 - Stimulated Radiation and Amplified Spontaneous Radiation
受激辐射与放大的自发辐射 - Wave-Mixing Processes with Various Stimulated Radiation in Atomic Potassium
钾原子中多种受激辐射参与的混频过程 - Experimental Analysis of Stimulated Radiation in the Electrostatic Electron Cyclotron Resonance Maser
静电电子脉塞的受激辐射的实验研究 - Laser light is stimulated radiation, and spontaneous radiation is different light, with excellent directional, high brightness and coherence.
激光是光的受激辐射，因而它与自发辐射的普通光源不同，具有极好的方向性、极高的光亮度和相干性。 - Excited atom may decay to the ground state through stimulated radiation or spontaneous emission. Stimulated radiation can generate laser, while spontaneous emission is the origin of quantum noise.
处于激发态的原子可以通过受激辐射或自发辐射的形式跃迁到低能态，其中受激辐射可形成激光，而自发辐射则是量子噪声的起源。