nuclear models

Tomonaga - Rowe 's theory as a kind of foundation of algebraic nuclear models

朝永-Rowe理论作为原子核代数模型的基础

It briefly includes several following aspects : ( 1 ) Some nuclear models such as liquid drop model , Fermi gas model , shell model , project shell model and Bohr model are summarized .

概述了已经取得很成功的液滴模型、费米气体模型、壳模型、投影壳模型以及玻尔模型等描述原子核结构的理论模型。

Inspection Scheme of Nuclear Effect Models

核效应模型的检验方案

Comparing the theoretical results with the future experiment data , the nuclear effect models can be examined .

计算结果与未来实验数据比较可以对这3个模型进行检验。

Nuclear Structure Models and Bohr-Mottelson Rotational Spectral Theory

核结构模型和Bohr-Mottelson转动谱理论

Contemporary Nuclear Shell Models

现代壳模型

Studies of F spin Mixed Symmetry States , Collective Backbending and Electromagnetic Transitions in Nuclear Algebraic Models

原子核代数模型中的F-旋混合态、回弯、电磁跃迁问题的研究

The results shown that R ( PT ) is insensitive to the heavy quarkonium production mechanism and only related to the nuclear effect models .

结果发现，其为一个对色八重态产生机制不敏感，而只与核效应模型有关的量。不同的核效应模型得到的结果相差很大。

The dependencies of all suggested measures for charge fluctuation on the size of rapidity window are compared by using the hadronic and nuclear collision models & PYTHIA and RQMD .

利用强子-强子碰撞的模型PYTHIA以及核-核碰撞的模型RQMD比较了各种电荷起伏测量量的快度依赖性，结果发现，这些测量量对快度的依赖性依赖于模型。

On the other hand , the theoretical calculation results are different from each other with different light nuclear reaction models , therefore DDX measurement is necessary for checking and improving nuclear reaction models and evaluation nuclear data file at different energy region .

另外，利用不同轻核核反应理论模型得到的结果相互之间并不一致，因此，需要更多的不同能区的双微分截面实验测量数据来检验和改进理论模型与评价数据。

And then , four nuclear boiling heat transfer models are focused on .

其次，重点介绍了核态沸腾换热的四种经典模型。

The calculational results show that the mathematical physical models are accurate , and the model can be used to safety analysis and development of nuclear equipment simulator together with other nuclear power models .

计算和验证结果表明，该数学物理模型准确，可以与其它核电站模型一起构建核电站系统模型以进行安全分析研究或开发核电站仿真机。