1 M. Ueda, "Void formation in Magnetite Scale Formed on Iron at 823 K -Elucidation by Chemical Potential Distribution-" 522-523, 2006
2 T. Maruyama, "Void Formation in the Growing Scale induced by the Divergence of the Diffusional Ionic Flux in High Temperature Oxidation of Metals" 289-292, 2009
3 T. Maruyama, "Void Formation in Growing Oxide Scales with Schottky Defects and p-type Conduction" 595-598, 2008
4 K. Akiba, "Quantitative Prediction of Voids Formation in a Growing Nickel Oxide Scale at 1373 K" 48 : 2753-2761, 2007
5 K. Akiba, "Quantitative Prediction of Voids Formation in a Growing Cobaltous Oxide Scale at 1373 K" 48 : 2997-3006, 2007
6 V. S. Stubican, "Point Defects and Grain Boundary Diffusion in NiO and Fe3O4" 207 (207): 215-222, 1998
7 F. Millot, "Oxygen Self-diffusion in Fe3O4 An Experimental Example of Interactions between Defects" 101 (101): 1351-1354, 1997
8 T. Maruyama, "Development of a Technique to Measure Hydrogen permeability in Cr2O3 Scale under Constant Oxygen Potential" 191-200, 2006
9 M. Backhaus-Ricoult, "Defects and Cation Diffusion in Magnetite (VII): Diffusion Controlled Formation of Magnetite During Reactions in the Iron-Oxygen System" 90 : 690-698, 1986
10 T. Maruyama, "Chemical Potential Distribution and Void Formation in Magnetite Scale Formed in Oxidation of Iron at 823 K" 461-464, 2004
1 M. Ueda, "Void formation in Magnetite Scale Formed on Iron at 823 K -Elucidation by Chemical Potential Distribution-" 522-523, 2006
2 T. Maruyama, "Void Formation in the Growing Scale induced by the Divergence of the Diffusional Ionic Flux in High Temperature Oxidation of Metals" 289-292, 2009
3 T. Maruyama, "Void Formation in Growing Oxide Scales with Schottky Defects and p-type Conduction" 595-598, 2008
4 K. Akiba, "Quantitative Prediction of Voids Formation in a Growing Nickel Oxide Scale at 1373 K" 48 : 2753-2761, 2007
5 K. Akiba, "Quantitative Prediction of Voids Formation in a Growing Cobaltous Oxide Scale at 1373 K" 48 : 2997-3006, 2007
6 V. S. Stubican, "Point Defects and Grain Boundary Diffusion in NiO and Fe3O4" 207 (207): 215-222, 1998
7 F. Millot, "Oxygen Self-diffusion in Fe3O4 An Experimental Example of Interactions between Defects" 101 (101): 1351-1354, 1997
8 T. Maruyama, "Development of a Technique to Measure Hydrogen permeability in Cr2O3 Scale under Constant Oxygen Potential" 191-200, 2006
9 M. Backhaus-Ricoult, "Defects and Cation Diffusion in Magnetite (VII): Diffusion Controlled Formation of Magnetite During Reactions in the Iron-Oxygen System" 90 : 690-698, 1986
10 T. Maruyama, "Chemical Potential Distribution and Void Formation in Magnetite Scale Formed in Oxidation of Iron at 823 K" 461-464, 2004
11 H. Schmartzried, "Chemical Kinetics of Solids, Chapter 8" VCH 183-207, 1995
12 C. Wagner, "Beitrag zur Theorie des Anlaufvorgangs" 21 : 25-41, 1933