Proton radioactivity within the generalized liquid drop model with various versions of proximity potentials

Yu-Qi Xin,Jun-Gang Deng,Hong-Fei Zhang

Table 3. Same as table 2, but for predicted radioactivity half-lives of spherical proton emitters, whose proton radioactivity are energetically allowed in NUBASE2016 [49] but not yet observed experimentally or not yet specifically quantified, using GLDM with the proximity potential Prox.77-13.

Proton Daughter ${j}_{p}^{\pi }$ ${j}_{d}^{\pi }$ Qp ${l}_{\min }$ ${\mathrm{log}}_{10}{T}_{1/2}^{77-13}$ 144Tm 143Er (10+) 9/2−# 1.711 5 −5.821 49 146nTm 145mEr (10+) 11/2−# 1.131 5 −0.531 52 150Lu 149Yb (5−, 6−) (1/2+) 1.271 5 −1.623 98 151Lu 150Yb (11/2−) 0+ 1.241 5 −1.304 93 159Re 158W 1/2+# 0+ 1.591 0 −7.129 46 159mRe 158W 11/2− 0+ 1.801 5 −5.255 31 164Ir 163Os 2−# 7/2− 1.561 2 −5.673 61 164mIr 163Os (9+) 7/2− 1.821 5 −4.994 51 165Ir 164Os 1/2+# 0+ 1.541 0 −6.233 44 169mIr 168Os (11/2−) 0+ 0.765 5 8.389 62 169Au 168Pt 1/2+# 0+ 1.931 0 −8.602 79 172Au 171Pt (2−) 7/2− 0.861 2 4.143 58 185nBi 184Pb 13/2+# 0+ 1.703 6 −1.751 81 185Bi 184Pb 9/2−# 0+ 1.523 5 −1.345 77