, Copyright Taylor & Francis. Fermi energy heavy ion collisions provide a valuable tool to research nuclear reaction dynamics and the hot nuclear matter Equation of State (EOS) at sub/supra-normal densities. In this energy regime, multi-fragmentation becomes important and the ejected light particles and intermediate mass fragments (IMFs) with Z > 2 carry a great deal of information on the thermal and chemical evolution of the reaction system under investigation. Existing detectors [1] include those with excellent isotopic resolution with limited angular coverage or excellent geometric acceptance with moderate isotopic resolution. Much information has been extracted from experiments performed with these detectors [29]. Ideally, a detector array with both excellent isotopic resolution and with a nearly 4 angular coverage of discrete telescopes with a high granularity is desirable. NIMRODISiS at the Cyclotron Institute, TAMU, is designed for such purposes and provides a powerful detector array capable of both charged particle and neutron detection in one apparatus.
