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Program "NANO": Determination of the density distributions of charged particules inside a semiconductor nanoparticle an on the surface

The program "NANO“ is designed to determine the density distributions of conduction electrons (n_c(r)) and positively charged ions (n⁺(r)) inside a semiconductor nanoparticle. It provides the solution of the problem using newly developed method and as a result gives the extreme distribution functions for n_c(r) and n⁺(r), as well as N_c and N_O^-. The potential corresponding to the minimum of the nanoparticle free energy could also be obtained. This program of searching for extreme charge distributions in nanoparticles proves to be invaluable in solving problems associated with various physicochemical and electrophysical properties of nanomaterials. Such properties include conductive, sensory, photoelectric, catalytic, magnetic, dielectric, and plasmon properties. The importance of this program for solving various problems of nanobiophotonic should also be noted.

Program "NANO" Determination of the density distributions of charged particules inside a semiconductor nanoparticle an on the surface