Study of the Double A Hypernuclei &#8743;&#8743;5H, &#8743;&#8743;5He, &#8743;&#8743;4H and &#8743;&#8743;4He

Cheng Zitao; Liu Xianhui

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2024年10月30日

Chinese Physics C> 1996, Vol. 20> Issue(S3) : 285-293

Study of the Double A Hypernuclei _∧∧⁵H, _∧∧⁵He, _∧∧⁴H and _∧∧⁴He

Cheng Zitao ,
Liu Xianhui

Institute of High Energy Physics, Chinese Academy of Sciences, Beijing, China

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Abstract：
With the aid of the theoretical few-body method, the binding energies of the double ∧ hypernuclei _∧∧⁵H, _∧∧⁵He, _∧∧⁴H and _∧∧⁴He are calculated. The results show that a stable bound state of _∧∧⁵H or _∧∧⁵He exists definitely with the double ∧ binding energies B_∧∧(_∧∧⁵H)=6.75MeV, and B_∧∧(_∧∧⁵H)=7.67MeV, respectively. As to _∧∧⁴H, the preliminary results manifest that it has a bound state but unstable against the decay to the _∧³H+∧ channel. No bound state exists for _∧∧⁴He.
- hypernucleus ,
- few body ,
- double Lamda

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Cheng Zitao and Liu Xianhui. Study of the Double A Hypernuclei _∧∧⁵H, _∧∧⁵He, _∧∧⁴H and _∧∧⁴He[J]. Chinese Physics C, 1996, 20(S3): 285-293.

Cheng Zitao and Liu Xianhui. Study of the Double A Hypernuclei _∧∧⁵H, _∧∧⁵He, _∧∧⁴H and _∧∧⁴He[J]. Chinese Physics C, 1996, 20(S3): 285-293. shu

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Received: 1995-08-02

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Supported by the Science Foundation of the Chinese Academy of Sciences.

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沈阳化工大学材料科学与工程学院沈阳 110142

Study of the Double A Hypernuclei _∧∧⁵H, _∧∧⁵He, _∧∧⁴H and _∧∧⁴He

Cheng Zitao
Liu Xianhui

Institute of High Energy Physics, Chinese Academy of Sciences, Beijing, China

Received Date: 1995-08-02

Fund Project: Supported by the Science Foundation of the Chinese Academy of Sciences.

Abstract: With the aid of the theoretical few-body method, the binding energies of the double ∧ hypernuclei _∧∧⁵H, _∧∧⁵He, _∧∧⁴H and _∧∧⁴He are calculated. The results show that a stable bound state of _∧∧⁵H or _∧∧⁵He exists definitely with the double ∧ binding energies B_∧∧(_∧∧⁵H)=6.75MeV, and B_∧∧(_∧∧⁵H)=7.67MeV, respectively. As to _∧∧⁴H, the preliminary results manifest that it has a bound state but unstable against the decay to the _∧³H+∧ channel. No bound state exists for _∧∧⁴He.