1)Frequencies of rotational transition转动能级跃迁
2)Rotoational transition energy转动跃迁能级
3)Energy level transition能级跃迁
1.The concept of radiation effects of detention was explained and photon produce process of low-pressure mercury was uras analyzed,from the perspestive of atomic energy level transition.从原子能级跃迁的角度,分析了低压汞灯的光子的产生过程,说明了辐射禁锢效应的概念。
英文短句/例句
1.ground-exicited level jump基态-激发能级跃迁
2.The smallest energy transitions are between rotational levels; the next smallest between vibrational levels.在转动能级之间的能量跃迁最小，其次是振动能级之间的跃迁。
3.About 18 levels and 20 γ-transitions were added to the previous work.新增加了20条γ跃迁,18条能级.
4.High efficiency continues-wave Nd:YAG/BIBO 1.28 blue laser;LD泵浦Nd:GdVO_4三能级激光跃迁研究
5.An energy level diagram for frontier orbitals was plotted with transition energies calculatsd from the frontier orbitals.画出了前线轨道能级图并计算了其跃迁能。
6.Influence of Super-Strong Magnetic Field on Eigen Energy Level in Low-lying Energy Transition of β Decay超强磁场对β衰变低能跃迁特征能级的影响
7.Theory of the Atom Transition Processes in Two-level System under Dressed State Picture;缀饰态表象下二能级原子系统的跃迁理论
8.Magnetic dipole transitions among 1s~22s2p ~3P_(0,1) levels of Be-like ions类铍离子1s~22s2p ~3P_(0,1)能级之间的磁偶极跃迁(英文)
9.Theoretical Studies on Energy Structures and Transition Properties of Neutral Neon and Ne-like Ions;Ne原子及其等电子系列离子的能级结构和跃迁特性的理论研究
10.Theoretical Studies of Transition Probabilities and Energy Levels of Some Heavier and Light Atoms若干较重原子和轻原子能级结构和跃迁性质的理论研究
11.Influence of plasma effect on the energy levels and transition probabilities of hydrogen-like ions等离子体屏蔽效应对类氢离子能级结构和辐射跃迁性质的影响
12.Theoretical Research on the Energy Level Structure and Oscillator Strength of Lithium-like V～(20+) Ion;类锂V～（20+）离子高激发态的能级结构和偶极跃迁振子强度的理论研究
13.The lowest energy transition detected for triethylamine is at about 195nm.测得三乙胺最低能量的跃迁大约是195nm。
14.The Subband Structures and Optical Transition for a Few of Low Dimension Semiconductors;几种低维半导体结构的能带及光跃迁
15.It is no longer possible to jump into a ship that is already targetted by someone.将不再能跃迁到一艘已经被锁定的舰船。
16.CALCUTATION STUDIES ABOUT THE ELECTRON TRANSITION ENERGY IN THE PRUSSIAN BLUE AND TURNBULL BLUE普鲁士蓝和滕氏蓝中电子跃迁能量的计算
17.Theoretical Research on the Transition Energy and Oscillator Strength of Lithium-Like Systems;类锂离子体系跃迁能和振子强度的理论研究
18.Calculations of 1s～2ns-1s～24p Transition Energies and Oscillator Strengths for Lithium-like Systems from Z=11 to 20;类锂离子（Z=11-20）1s～2ns-1s～24p的跃迁能和振子强度
相关短句/例句
Rotoational transition energy转动跃迁能级
3)Energy level transition能级跃迁
1.The concept of radiation effects of detention was explained and photon produce process of low-pressure mercury was uras analyzed,from the perspestive of atomic energy level transition.从原子能级跃迁的角度,分析了低压汞灯的光子的产生过程,说明了辐射禁锢效应的概念。
4)rotational transition转动跃迁
5)three-level transition三能级跃迁
6)pure rotational transition纯转动跃迁
延伸阅读
鲍林近似能级图. 鲍林近似能级图（1）对于氢原子或类氢离子(如he＋ 、li2＋)原子轨道的能量：l 原子轨道的能量e随主量子数n的增大而增大，即e1s<e2s<e3s<e4s；l 而主量子数相同的各原子轨道能量相同，即e4s＝e4p＝e4d＝e4f。（2）多电子原子轨道能级图1939 年，鲍林(pauling，美国化学家)根据光谱实验的结果，提出了多电子原子中原子轨道的近似能级图，又称鲍林能级图。a) 近似能级图按原子轨道能量高低排列。b) 能量相近的能级合并成一组，称为能级组，共七个能级组，原子轨道的能量依次增大，能级组之间能量相差较大而能级组之内能量相差很小。c) 在近似能级轨道中，每个小圆圈代表一个原子轨道。d) 各原子轨道能量的相对高低是原子中电子排布的基本依据。e) 原子轨道的能量：l相同时，主量子数n 越大能量越高。原子轨道的近似能级图主量子数n 相同，角量子数l越大能量越高，即发生“能级分裂”现象。例如：e4s< e4p < e4d < e4f当主量子数 n和角量子数 同时变动时，发生“能级交错”。例如：“能级交错”和“能级分裂”现象都是由于“屏蔽效应”和“钻穿效应”引起的。屏蔽效应：a.内层电子对外层电子的作用；b.有效核电荷z*；c.屏蔽系数σ；z*=z-σ各电子层电子屏蔽作用的大小顺序为：k > l > m > n > o > p ……屏蔽效应使原子轨道能量升高。l 钻穿效应：外层电子钻到内部空间而靠近原子核的现象，通常称为钻穿作用。由于电子的钻穿作用的不同而使它的能量发生变化的现象称为钻穿效应，钻穿效应使原子轨道能量降低。
