Fundamental Study on Quantum Nanojets

The contractor shall investigate quantum fluid mechanics. Technical work plan: Analytical formulations and exact solutions of planar and axi-symmetric nanojets of Schrodinger's fluid in QM formalism. (QM-QDFD equivalence) Numerical simulation of planar and axi-symmetric nanojets of Schrodinger's fluid in QDFD formalism. (QDFD-QM equivalence) Analytical formulations of planar and cylindrical shaped nanojets injector in QDFD formalism. Conservation equations of QDFD Canonical theoretic formulation of the axiomatic solutions of nanojet flows in an injector of planar and cylindrical configurations. Two types of axiomatic representations, dilatation based and diffusion kinetic energy based will be carried out to facilitate the prediction of nano-jet flows in injectors. Overall flow structures of nanojets will examine the overall nanojet flow configuration to assess the following characteristics: Exterior flow characteristics and their dependence on the injection conditions, Interior flow characteristics and their effects on the exterior jet configuration, Collective quantum behaviors on the spreading of the jets, particle separation, local flow rates, and jet penetration.