Influence of a laser pulse with an intensity of 1023W/cm2 and 1024W/cm2 on the α decay of the ground-state even–even nuclei.

This dataset gives the variation of the α decay penetration probability of the even-even nucleus as well as the half-life under laser field conditions with intensities of 1023 W/cm2 and 1024 W/cm2. The dataset is based on the deformed Gamow-like model and is programmed using the Fortran language. The dataset has a total of 9 columns, from left to right: parent nucleus, decay energy, theoretical value of the penetration probability, theoretical value of the penetration probability in 1023 W/cm2 intensity laser, rate of change of the penetration probability in 1023 W/cm2 intensity laser, rate of change of the half-life in 1023 W/cm2 intensity laser, theoretical value of the penetration probability in 1024 W/cm2 intensity laser, theoretical value of the penetration probability in 1024 W/cm2 intensity laser, and rate of change of the half-life in 1024 W/cm2 intensity laser.