nuclear fluid dynamic model

nuclear fluid dynamic model

[′nü·klē·ər ′flü·əd dī‚nam·ik ′mäd·əl]
(nuclear physics)
A model of high-energy nuclear collisions in which nuclear matter is assumed to behave like a compressible fluid whose pressure, density, and temperature are related by an equation of state. Also known as nuclear hydrodynamic model.