The atomic nucleus, despite of being one of the smallest objects
found in nature, appears to be large enough to experience phase
transitions. The book deals with the liquid and gaseous phases of
nuclear matter, as well as with the experimental routes to achieve
transformation between them.Theoretical models are introduced from
the ground up and with increasing complexity to describe nuclear
matter from a statistical and thermodynamical point of view. Modern
critical phenomena, heavy ion collisions and computational
techniques are presented while establishing a linkage to
experimental data.The pedagogy, proposed problems and computer
codes provided make this book an invaluable source of information
to understand modern nuclear physics in the heavy-ion and
intermediate-energy regime. The book also serves as an introduction
to the use of modern statistical and computational techniques in
the field of nuclear physics.
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