1) Inhibitory resonance fluorescence
阻抑共振荧光法
2) Inhibitory fluorescence quenching method
阻抑荧光猝灭法
1.
Inhibitory fluorescence quenching method for determination of arsenic in samples
阻抑荧光猝灭法测定样品中微量砷的研究
3) resonance-fluorophotometry
共振荧光光度法
4) Catalytic resonance fluorescence
催化共振荧光法
5) Resonance fluorescence
共振荧光
1.
Eff ects of the laser field s noise on squeezing in resonance fluorescence;
激光场噪声对原子共振荧光压缩性质的影响
2.
We can get the quartered squeezing spectra from the resonance fluorescence of a two-level atom driven by a monochromatic field.
压缩光在现代的生活生产中广泛应用,我们通过用单色场驱动二能级原子获得其共振荧光的分量压缩。
3.
The resonance fluorescence from an intracavity three-level atom driven by two coherent lasers are discussed.
讨论了强相干激光场驱动下的内腔三能级原子的共振荧光谱。
补充资料：非共振荧光
分子式：
CAS号：
性质：原子荧光分为共振荧)七与非共振荧光。它的激发波长与所发射的荧光波长不等，可以比激发波长长，也可比激发波长短。直跃线荧光、热助直跃线荧光、阶跃线荧光、热助阶跃线荧光等均属非共振荧光。
CAS号：
性质：原子荧光分为共振荧)七与非共振荧光。它的激发波长与所发射的荧光波长不等，可以比激发波长长，也可比激发波长短。直跃线荧光、热助直跃线荧光、阶跃线荧光、热助阶跃线荧光等均属非共振荧光。
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