碰撞能量转移,collisional energy transfer
1)collisional energy transfer碰撞能量转移
1.Thecollisional energy transfer process Rb(5Pj)+Ne has been investigated under gas cell conditions.在气体样品池条件下,研究了Rb(5Pj)+Ne碰撞能量转移过程。
2.The enhanced effects of thecollisional energy transfer between the highly excited sodium atoms and molecules and diffuse band radiation were experimentally investigated in the sodium vapours when the buffer gas was added in.在钠原子分子混合体系中 ,实验研究了加入缓冲气体对高位态原子分子碰撞能量转移和分子扩散带辐射的增强效应 ;运用瞬态碰撞模型作了理论计算 ,理论结果与实验结果相符
3.Collisional energy transfer in atoms and molecules can proved sighted into molecular interaction potential, energy distribute and new LASER development.本文应用激光感应荧光光谱技术和荧光的速率方程理论,研究了激发态碱原子与气体分子的碰撞能量转移过程:(1)在气体样品池条件下,研究了)碰撞能量转移过程。
英文短句/例句
1.Collisional Energy Transfer with the Participation of the Excited Cs Atoms;激发态Cs原子参与的碰撞能量转移
2.Collisional Energy Transfer between Alkali Atoms and Alkali Molecules;碱金属原子与分子间的碰撞能量转移
3.Excitation Transfer in Rb(5D-7S)-He,Ar,H_2 CollisionsRb(5D-7S)-He,Ar,H_2的碰撞能量转移
4.Energy transfer in Cs(7D_J)+Cs(6S_(1/2)) collisionsCs(7D_J)+Cs(6S_(1/2))间的碰撞能量转移
5.Cross sections for energy transfer in collision between two excited state Cs(6P) atoms激发态Cs(6P)原子间碰撞能量转移截面
6.Theoretical Studies of Collision-induced Energy Transfer within Diatomic Molecules in Excited States;双原子分子激发态碰撞能量转移的理论研究
7.Collisional Energy Transfer between the High States of Alkali Molecule and Alkali Atoms;高位碱分子态与碱原子间的碰撞能量转移
8.Collisional Energy Transfer and Fine--structure Mixing of Alkali Molecules;碱分子的碰撞能量转移和精细结构混合
9.Collisional Energy Transfer between the Excitation States of Alkali Molecules and the Ground States of Alkali Atoms;碱分子激发态与基态原子间的碰撞能量转移
10.Reactive and Nonreactive Energy Transfer in Cs(6D_J)+(H_2,H_e) CollisionsCs(6D_J)+(H_2,H_e)的反应与非反应碰撞能量转移
11.Investigation of Collisional Transfer in Excited Atoms by Applying Laser Absorption and Fluorescence Method;应用激光吸收和荧光方法研究激发态原子碰撞能量转移
12." Collision of an oxygen molecule with a fluorophore in its excited state leads to a non-radiative transfer of energy.在激发态的氧分子与荧光的碰撞产生非辐射能量转移。
13.The transfer has been effected by a multitude of molecular collision.这种转移是通过大量的分子碰撞而实现的。
14.Electron Transfer Processes and Energy Losses in Scattering of Ions in Gaseous Targets and on Surfaces离子和气相原子，表面碰撞的电荷转移过程及能损的研究
15.Collision Analysis of Steering Column on EPS;电动转向器中转向柱的碰撞性能分析
16.Studies on the Vehicle Collision Model Considering Spin Kinetic Energy and Plastic Deformation;考虑旋转动能及塑性变形量的车辆碰撞模型的研究
17.Quantum Interference on Collision-Induced Rotational Energy Transfer in a Polar Diatom-Diatom System极性双原子分子体系碰撞诱导转动传能的量子干涉效应
18.In a frontal collision, the car′s nose will deform to absorb the impact energy.在正面碰撞中，汽车前端会变形，来吸收撞击能量。
相关短句/例句
collision energy transfer碰撞能量转移
1.Laser inducedcollision energy transfer (LICET) for transition from Eu (6s6p)8P 9/2to Sr (5s10s)1S 0 is observed at fluorescence 458.首次观察到Eu(6s6p) 8P9 2 至Sr(5s10s) 1 S0 、准稳态翼为紫翼的激光感生碰撞能量转移实验现象 ,其荧光波长为 45 8 42nm ,峰值转移激光波长为 45 9 75nm ,并对其激发函数谱随温度和随转移激光能量改变进行实验研究 ,测量了激光感生碰撞能量转移谱的截面 ,证实了激光感生碰撞能量转移谱为非对称谱。
3)LICET激光感生碰撞能量转移
1.The process of laser induced collision energy transfer(LICET) with two dipole-dipole interactions is analyzed by the theory of four quasimolecular level model with two intermediate states.引入两个中间态 ,采用四能级准分子理论模型 ,分析具有两组偶极 -偶极碰撞势的激光感生碰撞能量转移过程 ,使用Magnus -light近似即矩阵整体对角化法 ,从而考虑了末态对初态的影响 ,得出了激光感生碰撞能量转移的终态几率表达式 。
2.In this paper a four level model of laser induced collisional energy transfer (LICET) is presented in which the effects of the two intermediate states are considered.首次考虑了两个中间态对激光感生碰撞能量转移的影响，发展了激光感生碰撞能量转移的四能级理论模型，推导出态振幅的运动方程，并给出碰撞截面的近似表达式。
4)collisional transfer碰撞转移
5)collision energy碰撞能量
1.Both the maximumcollision energy of a point mass and the maximum potential energy are larger than those at the point of maximum falling heig.磨介的碰撞能量是确定球磨机产量、产品粒度、粉磨效率、磨介及衬板磨损、磨机筒体与联接螺栓强度的关键参数。
2.The conclusionis:the CID spectra mainly depend oncollision energy,whereas also associated with the initial energy of mother ion and reaction .结论 :CID谱主要取决于碰撞能量 ,但与母离子的初始内能和反应气体仍有关系。
3.HOUO2OH) was tunable within the range rinert≤rreactive≤ rdecomposition by changing thecollision energy of CID.探讨了气相中负离子与分子反应生成UO5负离子的可能机理,指出通过调控分子与离子的碰撞时间和碰撞能量可以控制离子的电子活动半径,合适的能量可使电子云的半径落在rinert≤reactive≤rdecomposition之间,从而促进某些化学反应的进行,以合成某些通常状况下难以生成的物质。
6)Energy Hit能量碰撞
延伸阅读
正常人白细胞转移因子 , 白细胞转移因子,转移因子药物名称：转移因子英文名：Transfer Factor别名： 正常人白细胞转移因子 , 白细胞转移因子,转移因子外文名：Transfer Factor ,TF适应症： 为细胞免疫反应增强剂，能将细胞免疫活性转移给受体，以提高受体的免疫功能。临床上用于治疗某些抗生素难以控制的病毒性或酶菌性细胞内感染（如带状皰疹、流行性乙型脑炎、白色念珠菌感染等）。对恶性肿瘤可作为辅助治疗剂，对自体免疫性疾病也有一定治疗作用。 用量用法： 一般采用皮下注射，注于上臂内侧或大腿内侧腹股沟下端，１次注射１支，每周１～２次，１个月后改为每２周１次。对带状疱疹，一般只需注射１次。 规格： 注射液：每支２ｍｌ，相当于１×１０００００００００白细胞提取物（上海产）,北京产则相当于５～１０×1000000000. 注：严禁静脉给药.类别：免疫调节剂
