Density Functional Theory Calculation in Nuclei Cluster

In this study, a nuclei phenomenological theory that includes a general form of clustering at the nuclear surface is presented. Different clusters with different shapes and shapes and sizes with medium alterations are involved in a phenomenological way. Arguments brought to an equation of state for nuclear matter consistent with clustering in the low-density region are stated. Due to the clustering, an interesting interpretation of the equation of state for asymmetric nuclear matter comes into view. A prolonged Thomas-Fermi theory version is assumed as a framework for nuclei where it contains Wigner contributions and the phenomenological pairing. Clustering in nuclei is being related with the nuclear matter equation of state at the nuclear surface, in this theory, including low density clustering. Calculations are conducted for diverse nuclear matter state equations. Binding energies of 2149 nuclei for N, Z ≥ 8 are taken into account by this study.