超核

∧~6li超核的基态能量

The ground state energy of the hypernucleus _ λ ~ 6li

双∧超核（∧∧）~6he的三体结构和粒子关联

Three-Body Structure and Interparticle Correlations of the Doubly Λ Hypernucleus _ (ΛΛ) ~ 6He

1p壳超核系统学研究（Ⅰ）∧-n有效相互作用研究

Systematic study on 1-p shell hypernuclei (ⅰ) & λ - n effective interaction

~9Be和~（12）C超核对称性的分析

Symmetrical analysis of ~ 9be and ~ ( 12 ) c hypernuclei

∧－n介子交换势和超核的∧超子结合能

∧ - n meson exchange potential and its ∧ binding energies in hypernuclei

在折叠模型下对超核∧~（13）c基态结构的研究

The Study of Ground State Structure of the Hypernuclei_ Λ ~ ( 13 ) C with the Folding Model

用∧~（238）u超核聚变检验裂变机制的可行性探讨

Probing into mechanism of nuclear fission by hypernuclei _a ~ ( 238 ) u

随后给出超核内的晕现象研究，如ca超核内的中子晕和153∧c内的单∧超子晕。

Halos in hypernuclei , for example , the neutron halo in Ca hypernuclei and the single hyperon halo in 15 3 Λ C , are also investigated .

基于手征SU（3）夸克集团模型的YN相互作用和轻超核研究

Study about Light Hypernuclei and YN Interaction Based on Chiral SU ( 3 ) Quark Model

yn相互作用和轻超核~5∧he结合能的计算

YN Interactions and the Binding Energy of the Hypernuclei ~ 5_ Λ He

由于超子含有奇异量子数，它可深入原子核的内部，是研究核结构的极好探针，所以超核为研究完全的介子和重子味SU（3）八重态性质提供了唯一的实验室。

As hyperon has the strange quantum number , it can go deep into the interior of nuclei , thus it is the right probe to study the nuclear structure .

通过探测这种裂变碎片，COSY已经用反冲阴影法做了一些重超核的寿命测量（间接测量）。

Through detecting the fission fragments , some measurements ( indirect ) in recoil shadow method had been performed by COSY .

利用手征su（3）夸克模型研究轻超核∧~5he，∧~4he和∧~4h的结合能

Study about the Binding Energy of Light Hypernuclei _ Λ ~ 5He , _ Λ ~ 4He and _ Λ ~ 4 H Based on Chiral SU ( 3 ) Quark Model

W.K.B近似和δ势垒近似下∧~（238）U超核裂变中∧超子能级的计算

Calculation of A-energy after _ ∧ ~ ( 238 ) u fission in w.k.b approximation and δ - potential barrier approximation

利用超核实验数据来优化选择YN相互作用参数是有可能做得到的。

Utilizing experimental data , it is possible to optimize model parameters in the theoretical studies of YN interaction .

用集团结构模型、折叠模型和少体理论方法，从基态结合能和集团间的均方根半径方面研究了13∧c超核的基态结构，计算结果与实验值符合较好。

In this paper the ground state structure of the hypernuclei ~ ( 13 ) _ Λ C is studied by using the cluster structure model , the folding model and the few-body theory method in the respects of the ground binding energies and r. m. s distances .

采用基于手征su（3）夸克集团模型的yn相互作用位，计算了轻∧超核5∧he，4∧he和4∧h的能谱。

In terms of the YN interaction based on the chiral SU ( 3 ) quark model , the spectra of light hypernuclei 4 Λ H , 4 Λ He and 5 Λ He are calculated .

1-p壳超核系统学研究（Ⅱ）&超核的结合能计算

SYSTEMIC STUDY ON 1-p SHELL HYPERNUCLEI (ⅱ) & the Calculation for Binding Energies

同时，通过该实验我们也给出了一些相关的技术参数（如：FFC探测平面的探测效率等），这些对于将来重超核直接的寿命测量都是很有意义的。

At the same some technique parameters , such as the efficiency of the FFC detector planes , were also given . It will be very helpful for the direct measurement of heavy hypernuclei lifetime in future .

利用密度相关零程对力的相对论连续谱hartreebogoliubov方法，对偶中子数的ca同位素从质子滴线到中子滴线范围内的单∧超核和双∧超核基态性质进行了系统研究。

Ground state systemic properties of single Λ and double Λ hypernuclei for even N Ca isotopes ranging from the proton drip line to the neutron drip line are studied by using the relativistic continuum Hartree Bogoliubov theory with a density dependent δ pairing interaction .

这表明超核的实验数据可以提供更多的信息来进一步约束YN相互作用，以弥补YN散射实验数据的不足。

Thus , the experimental data of hypernuclei can provide more information as the constraints of model . In the present stage , YN interaction ( no matter phenomenology of theoretical interaction ) cannot be finalized due to lack of experimental data .

非致冷双材料红外探测器模拟分析一种用于超核研究的双探测器数据补偿方法

The Data - Compensation Method of Bi - Detector for Hypernuclei Research

∧~9be超核的三体动力学

Three-body Dynamics of the Hypernucleus _ Λ ~ 9Be

夸克平均场模型研究有限核及超核

Quark Mean Field Model for Finite Nuclei and Hypernuclei

a≤4的∧超核动力学结构

Dynamical Structure of A ≤ 4 Λ Hypernuclei

活性靶室在超核物理实验研究中的应用

The Usage of Active Target Chamber in the Experimental Study of the Hypernuclei Physics

超核γ谱学研究进展

Progress in Gamma - ray Spectroscopy of Hypernuclei

一种用于超核研究的双探测器数据补偿方法

The Data-Compensation Method of Bi-Detector for Hypernuclei Research

超核∧~5he的核结构研究及其结合能计算

Investigation of Hypernucleus _ Λ ~ 5He Structure and the Calculation of the Binding Energy

对∧超核的相对论平均场计算

Relativistic Mean - Field Calculation for Hypernuclei