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