A new, original and analytical proposal for the causes of the relationship between current and layer behavior and its nanostructures originating on a metal base

• DOI: 10.22533/at.ed.3173172331051

• Palavras-chave: -

• Keywords: Current, Nanostructure, Electrodynamics, Potential Barrier, Anodization, Biomaterial

• Abstract:

  The relationship between the development of nanostructures and the current of charge carriers,
  both generated in a layer built on a metal base, titanium, for example, by anodizing engineering,
  or some equivalent, is still an open problem, that is, not completely solved and closed in the area
  of new materials (biomaterials, etc.). In this area, the standard solution used for this problem is
  incomplete and is based on classical theory, which sometimes reaches the semi-classical frontier.
  Then starting from a critique, throughout this article, a new, original, analytical and broader and
  improved proposal for the causes of the relationship between nanostructure development and
  charge carrier current is given, but grounded in the quantum electrodynamics of particle motion
  in the presence of an external potential (barrier potential). Thus, the treatment of experimental
  results in this area becomes more widely understood for applications in the manufacture of
  biomedical implants or other practical uses (photocatalysis, etc.).