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RESEARCH PRODUCT

N/Z effects on evaporation residue emission near fragmentation threshold

Ji-youn HanGiuseppe VerdeC. AgodiP. RussottoL. GrassiS. PirroneLucrezia AuditoreA. AnzaloneF. RizzoG. PolitiE. DefilippoI. LombardoG. GiulianiE. LaguidaraL. AcostaG. LanzaloneE. GeraciC. MaiolinoS. CavallaroA. PaganoAntonio TrifiroF. AmoriniM. B. ChatterjeeF. PortoI. BerceanuMichele PapaG. CardellaMariano VigilanteTriestino MinnitiMarina TrimarchiS. SantoroD. Loria

subject

Physics and Astronomy (all)ChemistryPhysicsQC1-999compound nucleuNeutronNuclear equation of stateNuclear reactionAtomic physicsNucleonNuclear Experimentdecay modes

description

We will discuss results concerning the fate of hot nuclear systems populated in 40,48 Ca+ 40,48 Ca reactions at 25 MeV/nucleon. Due to the complexity of events, we used the Chimera 4π device as detection system. By selecting central events of reaction, we found that the interplay between binary-like and evaporation residue emissions is strongly sensitive on the N/Z of the entrance channels. In particular, evaporation residue emission increases at increasing the neutron content of colliding system. By comparing or data with CoMD-II model calculations, we can extract information about the density depend part of Symmetry Potential in the Nuclear Equation of State at near-saturation densities.

10.1051/epjconf/20111716005http://hdl.handle.net/11588/615842