High-Temperature Oxidation of Low-Carbon Steel Coated by Solution-Spraying with Cerium and Aluminum Ions

Isao Saeki; Eiichiro Harada; Kengo Tsunekawa; Koji Matsuoka; Yui Naramitate; Yusuke Sugiyama; Tadao Sato

doi:10.4028/www.scientific.net/MSF.696.114

Paper Titles

Calculation of Boundary Conditions between Internal and External Oxidation of Silicon or Chromium Containing Steels
p.88

Scale Surface and Scale/Alloy Interface for Alumina-Forming Alloys with Noble Metal and Yttrium
p.94

Failure Characteristics of Scales Formed on Si-Containing Low Carbon Steels during Cooling - Influences of Cooling Rate and Water Vapor
p.101

High Temperature Oxidation of Advanced High Strength Steel: HT-XRD Method for Quantitative Evaluation
p.107

High-Temperature Oxidation of Low-Carbon Steel Coated by Solution-Spraying with Cerium and Aluminum Ions
p.114

High Temperature Service Experience and Failure Analysis of some Heat Resistant Stainless Steels
p.120

Effects of Si Content on the Oxidation Behavior of Fe–Si Alloys in Air
p.126

Evolution of Al₂O₃ Scale Formed on Ni-Al-Pt Alloy in Atmospheres Containing Water Vapor
p.132

Prediction of Mechanical Scale Failure – Current Status and Perspectives
p.138

HomeMaterials Science ForumMaterials Science Forum Vol. 696High-Temperature Oxidation of Low-Carbon Steel...

High-Temperature Oxidation of Low-Carbon Steel Coated by Solution-Spraying with Cerium and Aluminum Ions

Abstract:

Solutions containing cerium and aluminum ions were sprayed on a low-carbon steel, and high-temperature oxidation of the coated steels was examined. It is found that the oxidation rate was low, and removal of oxide scales was easy for the coated steels. These features were thought to be caused by the suppression of wüstite formation when the coating was applied.