The concept of heavy particle radioactivity is studied using modified generalised liquid drop model (MGLDM) in the superheavy element Z = 126. The eight different proximity functions and different mass excess values were used to evaluate cluster/HPR. The logarithmic half-lives using different proximity functions and mass excess values are compared with that of experiments. The HPR of ⁶⁰Ni to ¹⁰²Ru have been studied in the superheavy region ${}^{306}126$ to ${}^{326}126$. The HPR half-lives has been compared with the different decay modes such as α-decay, β-decay and spontaneous fission. 9 HPR emitters, 4 α emitters, 1 ${\beta }^{+}$ emitter and 7 spontaneous fission nuclei were identified in the superheavy nuclei ${}^{306-314}126$, ${}^{315-318}126$, ${}^{319}126$ and ${}^{320-326}126$ respectively.

在超重元素 Z = 126 中使用改进的广义液滴模型 (MGLDM) 研究重粒子放射性的概念。使用八种不同的邻近函数和不同的质量超额值来评估簇/HPR。将使用不同邻近函数和质量超额值的对数半衰期与实验进行比较。已在超重区研究了⁶⁰ Ni 到¹⁰² Ru的 HPR${}^{306}126$ 到 ${}^{326}126$. HPR 半衰期已与不同的衰变模式进行了比较，例如α-衰变、β-衰变和自发裂变。9个HPR发射器，4个α发射器，1个${\beta }^{+}$ 在超重核中发现了发射体和 7 个自发裂变核 ${}^{306-314}126$, ${}^{315-318}126$, ${}^{319}126$ 和 ${}^{320-326}126$ 分别。