«We ended up developing a multilayer technique to first deposit a very thin ITO film at low temperature, followed by another thicker ITO film at a high temperature — and it gave us great optoelectronic and surface
roughness properties.»
The team's original hope was that it would be possible to simply change the temperature or oxygen pressure at which the ITO film was deposited to achieve the desired optoelectronic and surface
roughness properties.
Not exact matches
But the
roughness of the resulting films hampers their potential superconductive
properties.
Similarly, theoretical studies and simulations assume perfectly uniform nanomaterials with idealized
properties, but real nanomaterials may vary in surface
roughness and size.
Huo, and R.M. Welch, 1999: The effects of aspect ratio and surface
roughness on satellite retrievals of ice - cloud
properties.