Some remarks on the undercooling of the Si(1 1 1) facet and the “Monte Carlo modeling of silicon crystal growth” by Kirk M. Beatty & Kenneth A. Jackson, J. Crystal Growth 211 (2000) 13

{1 1 1} facet growth laws and grain competition during silicon crystallization

“…As the groove depth is evolving during growth, we calculate the maximum undercooling inside the grooves using equation (6) If all experimental points are considered together, the resulting quadratic law obtained is: . The black dotted curve corresponds to the Voronkow law [17] and the black solid line curve to the bi-dimensional law [13].…”

“…Error bars are calculated by . The black dotted curve corresponds to the Voronkow law [17] and the solid black line to the bi-dimensional law [13].…”

“…Bi-dimensional law from Miller [13] in solid black line, quadratic law from Voronkov [17] in dotted black line. [17] and the black solid line curve to the bidimensional law [13]. .…”

“…. The black dotted curve corresponds to the Voronkow law [17] and the solid black line to the bi-dimensional law [13]. Theoretical growth law curves relating the facet velocity V f to the undercooling T at the level of a {111} facet.…”

“…Theoretical growth law curves relating the facet velocity V f to the undercooling T at the level of a {111} facet. Bi-dimensional law from Miller [13] in solid black line, quadratic law from Voronkov [17] in dotted black line.…”