摘要
We calculate the binding energy per baryon of the A hypernuclei systematically, using the relativistic mean field theory （RMF） in a static frame. Some similar properties are found for most of the A hypernuclei confirmed by experiments. The data show that a A hypernueleus will be more stable if it is made by adding a A hyperon to a stable normal nuclear core, or by replacing a neutron by a A hyperon to a stable normal nuclear core. According to our calculations, the existence of some new A hypernuclei are predicted under the frame of RMF.
We calculate the binding energy per baryon of the A hypernuclei systematically, using the relativistic mean field theory （RMF） in a static frame. Some similar properties are found for most of the A hypernuclei confirmed by experiments. The data show that a A hypernueleus will be more stable if it is made by adding a A hyperon to a stable normal nuclear core, or by replacing a neutron by a A hyperon to a stable normal nuclear core. According to our calculations, the existence of some new A hypernuclei are predicted under the frame of RMF.
