We have studied chlorine (Cl), potassium (K) and Nickel (Ni) induced reactions in the synthesis of ²⁷³Rg. We have studied the compound nucleus formation probability, survival probability and evaporation residue cross sections to synthesize superheavy element (SHN) ²⁷³Rg. The selected projectile-target combinations to synthesis ²⁷³Rg are ^35,37Cl + ^238,236Pu, ^39-41K + ^234-232U and ^63,64Ni + ^210,209Bi. From the study of P_CN, P_sur and σ_evr we have identified that ³⁵Cl+²³⁸Pu is the most suitable projectile-target combination to synthesize ²⁷³Rg. We have also compared the present work with the experimental values available in literature.

中文翻译：

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Cl，K和Ni诱导的合成SHN 273Rg的反应

我们已经研究了氯（Cl），钾（K）和镍（Ni）诱导的²⁷³ Rg合成中的反应。我们研究了复合核形成概率，存活概率和蒸发残留物截面，以合成超重元素（²⁷³ Ng）。合成²⁷³ Rg的选定弹丸目标组合为^35,37 Cl +  ^238,236 Pu，^39-41 K +  ^234-232 U和^63,64 Ni +  ^210,209 Bi。通过对P _CN，P _sur和_σevr的研究，我们确定了³⁵ Cl + ²³⁸Pu是合成²⁷³ Rg的最合适的弹丸目标组合。我们还将当前工作与文献中提供的实验值进行了比较。