1) ionization-recombination stimulated radiation
电离复合受激辐射
1.
Via six- and four- wave mixing processes with "ionization-recombination stimulated radiation and other optically pumped stimulated radiation, UV and violet coherent radiation lines were generated for two-photon pumping of atomic potassium.
当双原子共振激发钾原子于6S能级时,由光泵受激辐射和电离复合受激辐射参与的六波或四波混频,产生了位于紫外和紫区的诸多相干辐射、文中对多种混频机制进行了分析和讨论,并对所测得的相干辐射线进行了标识。
2) stimulated emission
受激辐射
1.
The stimulated emission from a two-level atom embedded in a photonic band-gap structure is studied.
受激辐射机制的研究是光子晶体激光器设计中的一个基本问题。
2.
Optically pumped stimulated emission behavior was demonstrated in a slab waveguide structure formed by substrate/organic film/air.
到目前为止 ,在 DBR[2 ] (分布布拉格反射 )及 F-P(Fabry-Perot)平面微腔 [3]结构中也已相继实现了 Alq∶DCM的受激辐射。
3.
Stimulated emission has been observed from oxide structure on Si nanocrystal when optically excited by 514nm laser.
用514nm激光抽运纳晶硅样品时,我们观测到表面上氧化结构在692nm和694nm处的尖锐受激发光,其明显的阈值行为证明了它的受激辐射特性。
3) stimulated radiation
受激辐射
1.
Ultraviolet diffuse-band of stimulated radiation in lithium dimer;
锂分子中紫外扩散带受激辐射
2.
This paper reports the results about the generationof the infrared stimulated radiation of 4D→4P、4P→4S using pulse laser with the wavelength range of 579.
3nm的脉冲激光泵浦钠原子 -分子系统 ,始终可探测到分别对应于 4D→ 4P和 4P→ 4S的红外受激辐射的实验结果 ,测量了缓冲气体对红外受激辐射信号强度的影响。
4) exciton recombination radiation
激子复合辐射
5) stimulated emission of radiation
受激辐射(光)
6) Radiation
[英][,reɪdi'eɪʃn] [美]['redɪ'eʃən]
电离辐射
1.
Effects of radiation on wheat quality;
电离辐射对小麦加工品质的影响
2.
Radiation-induced effects of ATM gene on expressions of BRCA1 and RAD51 detected by laser scanning confocal microscopy;
ATM基因在电离辐射诱导下对BRCA1、RAD51表达的影响
3.
Study on the Acute Brain Aging Rat Model by Radiation;
电离辐射致急性脑老化大鼠模型的实验研究
补充资料:受激辐射
分子式:
CAS号:
性质:又称受激发射(stimulated emission)或诱导辐射(induced radiation)。原子经受激吸收后,从高能级向低能级跃迁,同时辐射出同一频率的光子来,它是受激吸收的逆过程。受激辐射与受激吸收一样,是在满足两能级之差的情况下发生的,因此,辐射与吸收光子的能量是相等的。
CAS号:
性质:又称受激发射(stimulated emission)或诱导辐射(induced radiation)。原子经受激吸收后,从高能级向低能级跃迁,同时辐射出同一频率的光子来,它是受激吸收的逆过程。受激辐射与受激吸收一样,是在满足两能级之差的情况下发生的,因此,辐射与吸收光子的能量是相等的。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条