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Encouraged by the success of RMF+BCS approach for the description of theground state properties of the chains of isotopes of proton magic nuclei withproton number \textit{Z}=8, 20, 28, 50 and 82 as well as those of protonsub-magic nuclei with \textit{Z}=40, we have further employed it, in ananalogous manner, for a detailed calculations of the ground state properties ofthe neutron magic isotones with neutron number \textit{N} = 8, 20, 28, 50, 82and 126 as well as those of neutron sub-magic isotones with \textit{N} = 40using the TMA force parameterizations in order to explore low lying resonanceand other exotic phenomenon near drip-lines. The results of these calculationsfor wave-function, single particle pairing gaps etc. are presented here todemonstrate the general validity of our RMF+BCS approach. It is found that, insome of the proton-rich nuclei in the vicinity of the proton drip-line, themain contribution to the pairing correlations is provided by the low-lyingresonant states, in addition to the contributions coming from the states closeto the Fermi surface, which results extended proton drip-line for isotonicchain.

Study of two-proton radioactivity within the relativstic mean-field plus bcs approach