FIG. 3.
![De-wetting temperature and average droplet diameter for Sc on W(100). The curve for the dewetting temperature follows the equation given in Ref. 11, Td ∝1/ln[ch−3], where h is the film thickness and c is a constant. The fit to the data requires two constants, a constant of proportionality, a, and c. For the fit to our data, a = 10066.9, and c = 2.91446 x 1010.](https://aipp.silverchair-cdn.com/aipp/content_public/journal/adv/8/6/10.1063_1.5039612/4/065114_1_f3.jpeg?Expires=1717060792&Signature=KN7ifs7hySf6zgsZ~EEkSqnscTxEnuH4Vp0Zbofl9Z3XlH92Wip8fJlnjagpzg6FiUclAQxR93x0JByp0AfTxWEJU8kazmztb6xGuU75AVbu2AEvUo7ZLsWqPzhxE2~iKwm~YyCfr8llBXa91bcKAYHtDMlRZS-7kLGWykR3kYXcJyNV7NOPnn8gmNa3bNDfTMpVJ-epE0tOpKQHZ9umB0Fb53x-uB7ccaajzmwTuB8762vAOfSMAL4YWnnxm8w~4fVaS187gxD4JNXa1ilij2KRf~TNNrO-61D0NGXG2ELL7eVoPltkkrn3SyBzqyKU-PFj3cPelNjwAUWQoSz4kA__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
De-wetting temperature and average droplet diameter for Sc on W(100). The curve for the dewetting temperature follows the equation given in Ref. 11, Td , where h is the film thickness and c is a constant. The fit to the data requires two constants, a constant of proportionality, a, and c. For the fit to our data, a = 10066.9, and c = 2.91446 x 1010.
