1) collisionless multiple-photon laser excitation
无碰撞多光子激光激发
2) collisionless laser-driven
无碰撞激光驱动
3) impact fluorescence
碰撞激发荧光
4) multiphoton excitation
多光子激发
1.
We research the autoionizing resonance state of Yb atom by using multiphoton excitation technique.
分析结果表明在多光子激发过程中 ,某些自电离共振态将形成相干粒子数振荡———Rabi振荡 ,因通道间发生相消干涉 ,初始时处在束缚态的原子在激光场作用下会部分地被捕获于束缚态 |a >而不被离化———相干凝聚。
5) multi photon excitation
多光子激发
1.
The research shows that the rapid model is much faster than a pure Monte Carlo method with the help of convolution operation, when it is used to simulate multi photon excitation (MPE) fluorescence scanning microscopic imaging through turbid medium.
将该模型用于混浊介质的多光子激发 (MPE)显微成像研究 ,极大地提高了模拟效率。
2.
The autofluorescence of 5 Hydroxytryptamine (5 HT) loaded rat mucosal mast cells (RBL 2H3 cells) was imaged with multi photon excitation laser scanning microscope (MPELSM).
应用多光子激发激光扫描显微镜对 5 羟色胺 (5 hydroxytryptamine ,5 HT)孵育的大鼠粘膜型肥大细胞进行自发荧光成像 ,首次观察到了活细胞内 5 HT相关的可见荧光 ,并对其产生机理进行了初步探讨 。
3.
A numerical program, which combines Monte Carlo method with geometrical ray trace used to study the behaviour of multi photon excitation (MPE) fluorescence microscopic imaging through turbid media, is presented.
将蒙特卡罗方法与几何光线追踪技术相结合用于研究样品混浊特性对多光子激发荧光显微成像的影响。
6) multi-photon excitation
多光子激发
1.
It was reviewed in this paper that the mechanism, system set-up, application in life science, advantage and disadvantage of multi-photon excitation technique.
多光子激发技术是２０世纪９０年代初发展起来的新技术，其研究和应用前景十分广阔，本文对多光子激发的原理、优缺点以及近年来它的应用领域作了简介。
补充资料：晶体中的元激发(见固体中的元激发)
晶体中的元激发(见固体中的元激发)
elementary excitation in crystal
晶体中的元激发eleme讯ary excitation Incrvstal见固体中的元激发。
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