In this study, we investigated the entrance channel effect on the evaporation residue cross section of a superheavy element ²⁹⁶119. Using 29 projectile-target combinations, we investigated the role of the entrance channel on the 3n and 4n evaporation channels in hot combinations. This effect can be evaluated based on the entrance channel asymmetry and Q value of complete fusion. We calculated the variation of the maximum evaporation residue cross sections ( and ) with for the reactions , , , and . With an increase in , and increase. In addition, we studied the role of asymmetry and mean fissility parameters in the synthesis of the superheavy element. The obtained results in this study can be utilized in future studies.

在本研究中，我们研究了入口通道对超重元素²⁹⁶ 119蒸发残余截面的影响。使用 29 种弹靶组合，我们研究了入口通道对热组合中3 n和 4 n蒸发通道的作用. 这种效果可以根据入口通道的不对称性和完全融合的 Q 值来评估。我们计算出的最大蒸发的残基变化的横截面（与）与用于反应，，，和。随着,和增加。此外，我们研究了不对称性和平均裂变参数在超重元素合成中的作用。本研究获得的结果可用于未来的研究。