1) near resonant energy transfer
近共振传能
1.
The near resonant energy transfer from SiO(b3П) to Na is one of the most important processes of the chemical sodium atom laser.
SiO(b3П)与Na的近共振传能过程是钠原子化学激光的关键步骤。
2) resonant energy transfer
共振能量传递
1.
Pr co-doping decreased the luminescent intensity,and the resonant energy transfer between Eu and Pr by the absorption and emission of lower energy phonon is the main reason for GAP:Eu luminescent intensity decrease.
光谱分析表明:Pr,Eu间声子支持的共振能量传递,是Pr降低Gd1-xAlO3:Eux3+(简写为:GAP:Eu)发光强度的主要原因。
2.
Spectrum analysis showed that there was resonant energy transfer between Eu and RE by.
光谱分析表明:Pr、Ce能级嵌入,使得激活剂和敏化剂发生共振能量传递,是Gd3Al5O12∶Eu(简称为GAG∶Eu)发光效率降低的主要原因。
3) nearly resonant vibration
近共振
1.
This product is made based on previously ordinary horizontal vibrating Transporter through the research about market and using the non linear vibrating theory of section beam,theory of optimiaztion and theory of nearly resonant vibration and CAD technology.
在原普通水平振动输送机的基础上 ,经过市场与现场调研 ,应用非线性振动理论、微弯等截面梁的弯曲振动理论、最优化理论、近共振理论及 CAD技术 ,研制出振动机械新产品 ,该产品与国内外同类产品相比具有重量轻、体积小、节能、低噪、高效的特点 ,是一个极具发展前景推广与应用价值的高新技术产
4) Kondo resonance
近藤共振
1.
Kondo resonance phenomona in low-dimensional correlated electron systems;
近藤共振现象及其在低维电子系统中的实现
2.
The properties of a quantum dot coupled with two magnetic electrodes, such as the Kondo resonance, spin-splitting of single electron levels, magnetization, and linear conductance, are discussed.
介绍了与磁性电极耦合的量子点的近藤共振、单电子能级自旋劈裂、磁化和线性电导等物理性质 。
5) Efficiency of fluorescence resonance energy transfer(FRET)
荧光共振能量传递效率
6) fluorescence resonance energy transfer
荧光共振能量传递
补充资料：电子自旋共振(见电子回旋共振)
电子自旋共振(见电子回旋共振)
electron spin resonance
电子自旋共振eleetron spin resonanee见电子回旋共振。
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