| 1. | Measurment of emission rate of particle . method for large area proportional counter
粒子发射率的测量大面积正比计数管法 |
| 2. | Flare particle emission
耀斑粒子发射 |
| 3. | Alphatopic change b
粒子发射变化 |
| 4. | The improved pick - up mechanism is still employed to calculate composite particle emission in this model
在这一模型中，整个核反应粒子发射过程中严格遵守了角动量，宇称守恒和能量守恒。 |
| 5. | Optical model was used to obtain optical potential parameters and calculated emission rates of all kinds of particles
光学模型被用来获得各种粒子的光学势参数，以及各种粒子发射率的计算。 |
| 6. | The key point in this model is the description of the particle emissions from discrete levels to discrete levels in pre - equilibrium state
在预平衡发射过程中关键在于描述从分立能级到分立能级的粒子发射( dtod ) 。 |
| 7. | In order to acquire a precise transmission coefficient , the optical model is used in this model to get a set of optimum neutron potential parameters
由于向分离能级粒子发射率需要准确的穿透因子,因而光学模型被用于这一理论中以便获得一组合适的中子光学势。 |
| 8. | Angular distribution and energy spectrum of the high - energy particles produced during the interaction of ultra - short ultra - intense ( us - ui ) laser pulse with plasma are studied in this paper
本论文研究了超短超强( us - ui )激光与等离子体相互作用中高能粒子发射的角分布和能谱。 |
| 9. | As the laser intensity is about ~ 1018w / cm2 , we obtained some new results from the interaction of the us - ui laser pulse with plasma that have not been reported before in china . these results are helpful to understand the physical mechanisms of the laser - plasma interaction , and are very important for the research of fast ignition ( fi ) for inertia
国内我们首次在激光功率密度约10 ~ ( 18 ) wcm ~ ( - 2 )的条件下，研究了超短超强激光与等离子体相互作用产生的高能粒子发射，获得一些国内外未见报道的新的物理结果。 |
