1) dissipative heavy ion collision
重离子耗散反应
2) dissipative heavy ion collision
重离子耗散碰撞
1.
The experimental study and the theoretical development on the structures of excitation functions in dissipative heavy ion collisions at energies ≤10MeV/u have been reviewed.
述评低能重离子耗散碰撞激发函数中截面涨落现象的主要实验结果 :截面及其涨落的不可平滑性、不可重复性以及大角度之间的长程能量关联 ;述评与实验结果相应的理论研究进展 :用双核系统的衰变、相干转动以及相位无规化过程这样三种不同运动形态的相互复杂作用定量描述耗散反应随时间的演
2.
Two independent measurements of excitation functions for the 19F +93 Nb dissipative heavy ion collisions have been performed at incident energies from 100 to 108 MeV in steps of 250 keV.
完成了１９Ｆ＋９３Ｎｂ重离子耗散碰撞激发函数的两次独立测量。
3) heavy ion reaction
重离子反应
1.
The work done in recent yeaal in cafE, including high and intermediate energy heavy ion reaction, relativistic nuclear many body problems, high spin state, large amplitudes motion of nuclei and some frontier subjects related to nuclear physics, are briefly reviewed.
包括中高能重离子反应、相对论核多体、高自旋态、原子核的大振幅运动以及与核理论有关的一些边沿学科等工作。
2.
It is important to measure meson productions in heavy ion collisions in order to understand the dynamics of heavy ion reactions and the properties of nuclear matter.
重离子反应中介子产生的观测对于认识重离子反应动力学和核物质性质具有重要的意义 。
4) dissipative reaction
耗散反应
1.
Excitation functions of the reaction products B, C, N, O, F and Ne emitted from the dissipative reaction of 19F+27A1 have been measured at incident energies from 110.
测量了19F+27Al耗散反应产物B,C,N,O,F和Ne的激发函数,入射束流的能量从110。
6) Intermediate energy heavy ion reaction
中能重离子反应
1.
In the framework of Quantum Molecular Dynamics model the individual nucleon behavior(regular or chaotic)in the intermediate energy heavy ion reactions is investigated.
在量子分子动力学模型框架下，研究了在中能重离子反应中单个核子的运动形态是规则的还是混沌的，它与反应系统的整体性质、反应机制是有关联的。
补充资料：高能重离子反应
见高能核－核碰撞。
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