Prediction of synthesis cross sections of new moscovium isotopes in fusion-evaporation reactions

In the framework of dinuclear system model, synthesis mechanism superheavy nuclides with atomic numbers $$Z=112, 114, 115$$ in reactions projectiles $$^{40,48}$$ Ca bombarding on targets $$^{238}$$ U, $$^{242}$$ Pu, and $$^{243}$$ Am within a wide interval incident energy has been investigated systematically. Based available experimental excitation functions, dependence calculated cross-sections collision orientations studied thoroughly. The total kinetic (TKE) these collisions fixed orientation shows dependence, which can be used to predict tendency diffusion. TKE is dependent energies, as discussed this paper. We applied method based Coulomb barrier distribution function our calculations. This allowed us approximately consider all from tip-tip side-side. calculations functions $$^{48}$$ + are good agreement data. isospin effect production moscovium isotopes influence entrance channel nuclei also cross-section new $$^{278-286}$$ Mc was predicted large hundreds pb fusion-evaporation $$^{35,37}$$ Cl $$^{248}$$ Cf, $$^{38,40}$$ Ar $$^{247}$$ Bk, $$^{39,41}$$ K Cm, $$^{40,42,44,46}$$ Am, $$^{45}$$ Sc $$^{244}$$ $$^{46,48,50}$$ Ti $$^{237}$$ Np, $$^{51}$$ V U at some typical energies.