A computer simulation has been performed of phase transformations taki
ng place in thin films under various time-temperature regimes. The con
ditions used resemble those encountered in the rapid thermal processin
g of thin films. The effect of heating rate and final temperature have
been studied in detail. It is observed that the two parameters can st
rongly influence the grain size and the grain size distribution within
the films. The feasibility of using multiple step rapid thermal proce
ssing to optimize thin film microstructure is demonstrated. (C) 1996 A
merican Institute of Physics.