论文标题
在$ k^ - d $系统中，由强烈互动引起的$ k^ - d $系统中
On a quasi-bound state in the $K^- d$ system caused by strong interactions
论文作者
论文摘要
发现$ nn $的电位可能会影响$ k^ - d $系统中准结合状态搜索的结果，在$ k^ - d $系统中，相应的极点位于阈值附近。 $ \ bar {k} nn-πσn$系统的三体Faddeev-type计算以核子 - 核子相互作用的新模型执行，预测了由QUASI结合的$ k^ - d $状态的存在，这是由强相互作用引起的。它的绑定能量很小（$ 1-2 $ MEV），而宽度可与$ k^ - pp $ quasi-bound Bound State（$ 40-60 $ MEV）相当。
It was found that $NN$ potential could influence the results of the quasi-bound state search in the $K^- d$ system, where the corresponding pole is situated close to the threshold. Three-body Faddeev-type calculations of the $\bar{K}NN - πΣN$ system performed with a new model of nucleon-nucleon interaction predict the existence of the quasi-bound $K^- d$ state caused by strong interactions. Its binding energy is small ($1-2$ MeV), while the width is comparable with the width of the $K^- pp$ quasi-bound state ($40-60$ MeV).
