Corrosion resistance of multilayered magnesium phosphate/magnesium hydroxide film formed on magnesium alloy using steam-curing assisted chemical conversion method

Engineering & Materials Science

• Phosphates 87%
• Magnesium 81%
• Magnesium alloys 80%
• Curing 72%
• Corrosion resistance 70%
• Steam 62%
• Corrosion 24%
• Oxygen 17%
• Potentiodynamic polarization 14%
• Crystal structure 14%
• Field emission 13%
• X ray photoelectron spectroscopy 13%
• Surface morphology 12%
• Corrosion rate 11%
• Film thickness 11%
• Sodium chloride 11%
• Crystalline materials 11%
• Tapes 11%
• X ray diffraction 10%
• Current density 10%
• Electron microscopes 10%
• Adhesion 10%
• Scanning 8%
• Chemical analysis 7%
• Testing 5%

Chemical Compounds

• Magnesium Hydroxide 100%
• Magnesium Alloy 90%
• Corrosion Resistance 67%
• Magnesium Atom 63%
• Phosphate 50%
• Liquid Film 36%
• Corrosion 27%
• Surface Composition 10%
• Field Emission 9%
• Dioxygen 9%
• Curing 8%
• Polarization 7%
• Current Density 7%
• X-Ray Photoelectron Spectroscopy 6%
• Amorphous Material 6%
• Electron Particle 5%
• Weight 5%
• Aqueous Solution 4%
• Crystal Structure 4%
• X-Ray Diffraction 4%
• Surface 3%