1.
activation energy for fission
裂变临界能量裂变的激发能量
2.
Excitation Energy and Frequency of Transition Spectral Line of Electron in an Asymmetry Quantum Dot
非对称量子点中电子的激发能量和跃迁谱线频率
3.
excited states and energy transfer of biological molecules
生物分子的激发态与能量转移
4.
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
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.
A high beam energy is also used to stimulate x-ray emission of higher-energy peaks.
高能量电子束也能用来激发高能量X射线峰的发射。
7.
The Calculation of Ground State and Excited State Energies of Semiconductor Quantum Ring;
半导体量子环的基态和激发态的能量的计算
8.
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
9.
Excitation Function Measurement of Total Reaction Cross Section at Intermediate Energy for Light Exotic Nuclei
中能轻奇异核反应总截面的激发函数测量
10.
This energy results from violent events occurring in objects at their center.
这种能量是来自其中心物体所发生的激烈事件。
11.
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
12.
Low-lying Energy Spectra of Few-body System in Quantum Dots;
半导体量子点少体系统低激发态能谱研究
13.
Quantum Chemical Calculation of the Excited State Potential Energy Surface of H_2O～+ by Using the CASSCF Method;
H_2O～+激发态势能面的量化计算及CASSCF方法研究
14.
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
15.
Study on stimulation and properties of cement mortar with a large amount of fly ash
水泥砂浆中高掺量粉煤灰的激发及其性能研究
16.
The methods measuring excitation energies and temperature of highly excited nuclear matter and their reliability have been summarized.
评述了高激发核的激发能及核温度的测量方法，以及这些测量方法的可靠性。
17.
"Having an idol, inspires us with energy to keep abreast sagely; facing a goal, encourages us with power to march forward bravely."
"心中有偶像，能启发见贤思齐的能量；眼前有目标，能激发勇往直前的力量。"
18.
Protons are capable of absorbing energy if exposed to electromagnetic energy at the frequency of oscillation.
如用与质子振动频率相同的电磁波激发它时，质子就能够吸收能量。