He has focused on
the controlled film growth and properties of model materials and heterostructures throughout his career.
Not exact matches
With this understanding, scientists can
control — on an atomic level — the
growth of oxide thin -
films.
Says Chen, «By
controlling the
growth kinetics carefully using molecular beam epitaxy, we managed to grow a topological insulator
film with
controlled thickness on a freshly cleaved BSCCO surface.
Dr. Peden has written or contributed to more than 160 peer - reviewed scientific publications on the kinetics and mechanisms of automobile exhaust catalysis; the development of zeolite catalysts for diesel engine emission
control; hydrocarbon reforming over bimetallic catalysts; the structure of hydroprocessing catalysts; the development of novel, supported solid acid catalysts for petroleum refining; the
growth and properties of oxide and semiconductor thin
films; and model studies of adhesion at metal / metal - oxide interfaces.
The most significant results were related to: i) the effect of vicinal surfaces on the
film growth; ii) the
films specifically grown for microwave applications: a clear correlation was demonstrated between the surface resistance, the losses and the concentration of high - angle grain boundaries; iii) the effect of
film - substrate interdiffusion and its
control by epitaxial buffer layer.