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基于粲夸克偶素J/ψ质量大而寿命长的特征的物理内涵和对胶球态产生条件的理解 ,提出了J/ψ→Gb+γ过程产生胶球态的另一种机制 ,即认为胶球态Gb 来自J/ψ中的组分粲夸克对ccon.( ccon.)分别转变为流粲夸克对ccur.( ccur.)时所发射的色八重态胶团对的融合 ,而余下的流粲夸克对再湮没为光子γ .通过用此模型的计算 ,讨论了ΓJ/ ψ→Gb+γ与有关参数值的关系 ,并与J/ψ辐射衰变中通过两个末态胶子的强子化产生胶球的机制作出了对比 .
Based on the physical connotation of J / ψ with high mass and long service life and the understanding of the conditions for the production of glueball, a new mechanism of J / ψ → Gb + Gum state Gb from the J / ψ component quark quark on ccon. (Ccon.) Were converted to the stream quark quark on ccur. (Ccur.) When the emission of the octagonal mica cluster fusion, and the remaining The flow 粲 quark pair is annihilated again as photon γ. By using this model, the relationship between ΓJ / ψ → Gb + γ and the related parameter values is discussed and compared with that of the J / ψ radiation decay through the two final state gluons Contrast with the mechanization of subgating to produce glueballs.