Identifying requirements in the experimental design and analysis for isoscaling

Isoscaling is a technique that has been used in many experiments to investigate bulk systematic trends in experimental results such as in multifragmentation [2-5], evaporation [6-8], deep inelastic collisions [8-10] and fission [11-12] experiments. The isoscaling behavior is also seen in the results of transport model calculations[13-14]. At its most basic level, isoscaling investigates the ratio of the number of particles of a given isotope emitted from two reactions as a function of proton and neutron number as such