The evaporation-residue cross section σ_EVR of fusion reactions depend on the projectile-target combinations and the incident energy. A detail theoretical study is useful before the synthesis of more isotopes of super heavy nuclei Z=119. We have studied the evaporation-residue cross sections for possible projectile-target combinations to synthesis the superheavy nuclei with Z=119. We have studied the dependence of evaporation residue cross section with that of mass number of the target, product of atomic numbers of projectile and target (Z₁Z₂), fusion barrier height (V_b) and fusion barrier width (R_b).  After the detailed analysis, we have identified the most probable projectile-target combinations. The identified projectile-target combinations to synthesis superheavy nuclei ^295-296119 are ⁴⁵Sc+^250,251Cf. We hope that our predictions guide the future experiments in the synthesis of super heavy nuclei ^295-296119.

中文翻译：

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蒸发残留物横截面以合成超重元素Z = 119

的蒸发残余物的横截面σ _EVR聚变反应的依赖于弹靶组合和入射能量。在合成更多重同位素Z = 119的同位素之前，进行详细的理论研究是有用的。我们已经研究了蒸发残渣的横截面，以研究可能的弹丸目标组合，以合成Z = 119的超重核。我们研究了蒸发残留物横截面与靶的质量数，弹丸和靶的原子序数（Z ₁ Z ₂），聚变势垒高度（V _b）和聚变势垒宽度（R _{b）的关系。}）。经过详细分析，我们确定了最可能的弹丸目标组合。所识别的弹靶的组合，以合成超重核^295-296 119 ⁴⁵ SC + ²⁵⁰²⁵¹参看 我们希望我们的预测能够指导未来超重核^295-296 119合成的实验。