Inevitable progress has been achieved in recent years regarding the available data on the
structure of 100Sn and neighboring nuclei. Updated nuclear structure data in the region is …

We present a microscopic calculation of α-cluster formation in heavy nuclei Te 104 (α+ Sn
100), Po 212 (α+ Pb 208), and their neighbors Sn 102, Te 102, Pb 210, and Po 210 by using …

Shell structure effects on α-cluster formation and decay are studied by using the quartetting
wave function approach (QWFA). Both the intrinsic and center-of-mass (com) motions of an α …

This handbook is a comprehensive, systematic source of modern nuclear physics. It aims to
summarize experimental and theoretical discoveries and an understanding of unstable …

The formation of α particles on nuclear surfaces has remained a fundamental problem since
the dawn of nuclear physics. This α-particle formation strongly affects the α-decay lifetimes of …

α-cluster structures above double shell closures are among the cornerstones for nuclear α-
cluster physics. Semimicroscopic cluster models (SMCMs) are important theoretical models …

The search for new nuclides has been an ongoing endeavour throughout the history of
nuclear physics, resulting in the discovery of around 3000 species to date and providing …

We apply a three-dimensional (3D) approach to investigate the quasistationary states of well-
deformed α emitters. With a splitting of the anisotropic 3D potential into internal and external …

In this paper, we systematically calculate the α-cluster preformation factors and decay half-
lives of light nuclei around two newly observed self-conjugate emitters Xe 108 and Te 104 …

Background: α decay is one of the most important decay modes of atomic nuclei. The half-
life of α decay provides valuable information for nuclear structure study. Many theoretical …