Extended Data Fig. 6: Oxide scale thicknesses as a function of oxidation time.
From: A ductile chromium–molybdenum alloy resistant to high-temperature oxidation
a, Cr-37.2Mo AC. b, Cr-36.1Mo-3Si AC. c, Cr-36.1Mo-3Si H. The lines represent fits to the data. d, Summary of fit data of the scale growth according to (dscale)n = kn,d · t, with n being the growth exponent and kn,d the rate constant. Linear fits (instrumental weight was used to account for the individual uncertainty of data points, R2 coefficient of determination is provided, Pearson’s r for the linear correlation is provided) of the linearized form \(\log {d}^{{\rm{scale}}}=\frac{1}{n}(\log {k}_{n,d}+\log t)\) were performed. e, Compilation of cyclic oxidation kinetics data: growth exponent n and rate constants kn,d, scale thickness dscale after 100 h and the estimated \(\frac{{\Delta m}^{{\rm{scale}}}}{A}\) by the scale growth, experimentally determined \(\frac{{\Delta m}^{{\exp }}}{A}\).
