This paper aims to study the role of isospin degree of freedom in heavy-ion collisions through th... more This paper aims to study the role of isospin degree of freedom in heavy-ion collisions through the transverse momentum (pt), neutron to proton ratio and system mass dependence of pt-differential transverse flow. Our study shows that (pt)-differential transverse flow dependence can act as sensitive probe to study symmetry energy and its density dependence compared to the energy of vanishing flow. Symmetry energy and its density dependence play a dominant role over the isospin-dependence of nucleon–nucleon cross-section at Fermi energy.
We study the ratio of various intermediate mass fragment (IMF) (3 ≤ Z ≤ 8) observed in the reacti... more We study the ratio of various intermediate mass fragment (IMF) (3 ≤ Z ≤ 8) observed in the reactions of 50124Sn74+50124Sn74 and 50112Sn62+50112Sn62 having different neutron to proton content at the incident energy 40 MeV/nucleon by using isospin dependent quantum molecular dynamics (IQMD) model. We show that the content of the fragment production increases with an increase in the neutron content of the colliding nuclei and decreases with an increase in the protons content.
This paper aims to study the role of isospin degree of freedom in heavy-ion collisions through th... more This paper aims to study the role of isospin degree of freedom in heavy-ion collisions through the transverse momentum (pt), neutron to proton ratio and system mass dependence of pt-differential transverse flow. Our study shows that (pt)-differential transverse flow dependence can act as sensitive probe to study symmetry energy and its density dependence compared to the energy of vanishing flow. Symmetry energy and its density dependence play a dominant role over the isospin-dependence of nucleon–nucleon cross-section at Fermi energy.
We study the ratio of various intermediate mass fragment (IMF) (3 ≤ Z ≤ 8) observed in the reacti... more We study the ratio of various intermediate mass fragment (IMF) (3 ≤ Z ≤ 8) observed in the reactions of 50124Sn74+50124Sn74 and 50112Sn62+50112Sn62 having different neutron to proton content at the incident energy 40 MeV/nucleon by using isospin dependent quantum molecular dynamics (IQMD) model. We show that the content of the fragment production increases with an increase in the neutron content of the colliding nuclei and decreases with an increase in the protons content.
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