| 1. | Read chap . 5 of your text book to complement our discussion of heavy mesons in chiral perturbation theory
10阅读教材第五章以补充关于手征微扰理论中重介子的讨论。 |
| 2. | Further works are clearly needed to develop the model to reach a better understanding of the heavy meson properties , and to extend investigation of baryon properties
进一步的工作需要考虑模型本身的完善来达到对重介子性质的更好理解，并将这个势扩展到对重子性质的研究 |
| 3. | Further work is needed to extend this new potential to investigate other properties of heavy mesons and the properties of baryons so as to test the reliability of this potential
进一步的工作需要扩展这个新的势对重介子其它性质和重子性质的研究，以便检验这个势的可靠性。 |
| 4. | We obtain the mass spectra of heavy mesons by solving salpeter equation and the schrbdinger equation in a unified way , respectively . then , we discuss the effects of relativistic kinetic energy on heavy mesons
) dinger方程，给出了重介子的能谱，并讨论了相对论动能修正对重介子能谱的影响。 |
| 5. | In this thesis , we derive a new quark potential by constructing the effective theory of quantum chromodynamics ( qcd ) with dilation inspired by superstring theory and study this new quark potential in heavy mesons sector
本文构建了一种有伸缩子( dilaton )的量子色动力学( qcd )有效理论，得到了一种新的夸克相互作用势。 |
| 6. | Furthermore , we consider the vacuum color screening correction to cornell potential and find corrected potential gives a better fit to energy levels and mean - square - root ( m . s . r ) radii for heavy mesons , including j and t families
在此基础上，我们考虑真空色屏蔽效应对cornell势的修正，发现具有色屏蔽效应的势对重介子( j和家族)的能谱给出了更为合理的解释。 |
| 7. | We calculate the spin - average energy levels of heavy mesons and analyze the influence of model parameters to energy levels . the obtained results are compared with that of other potentials and agree with the available data
在重介子系统中研究了这个新的夸克势，计算了一些重介子系统的自旋平均能谱，分析了模型参数对能谱的影响，所得能谱与其它势的结果作了比较，并与实验上肯定的数据符合较好。 |
| 8. | Second , we obtain a new quark potential from the effective dilaton - gluon - coupling inspired by superstring theory and devote more effects to understand this new confinement generating mechanism through the investigation of the phenomenological application of this interquark potential in the heavy mesons sector
其次，由超弦理论启发的伸缩子?胶子有效耦合，给出了一种新的夸克势，并在重介子系统中研究了这个势提供的禁闭机制。 |
