A method for enhanced nucleation of diamond growth on non-diamond substrate
s is introduced via the results obtained in a wide variety of applications.
The exact details of the method are still proprietary, but the outcome, as
demonstrated in this paper, is unique and promises to be of great practica
l use. The main feature of the growth following the nucleation step is a ve
ry high density of nucleation sites which instantly started to grow over an
y structured surface in a perfectly conformal fashion.