Predictions on the alpha decay half lives of Superheavy nuclei with Z =   113 in the range 255 l.e. A l.e. 314
  An intense study of the alpha decay properties of the isotopes of superheavy element Z=113 have been performed within the Coulomb and proximity potential model for deformed nuclei (CPPMDN) within the wide range 255 l.e. A l.e. 314. The predicted alpha decay half lives of $^{278}$113 and $^{282}$113 and the alpha half lives of their decay products are in good agreement with the experimental data. 6{\alpha) chains and 4{\alpha} chains predicted respectively for $^{278}$113 and $^{282}$113 are in agreement with the experimental observation. Our study shows that the isotopes in the mass range 278 l.e. A l.e. 286 will survive fission and can be synthesized and detected in the laboratory via alpha decay. In our study, we have predicted 6{\alpha} chains from $^{279}$113, 4{\alpha} chains from $^{286}$113, 3{\alpha} chains from $^{280,281,283}$113, 2{\alpha} chains from $^{284}$113 and 1{\alpha} chain from $^{285}$113. We hope that these predictions will be a guideline for future experimental investigations. 
K. P. Santhosh, A. Augustine, C. Nithya and B. Priyanka
nucl-th