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In order to improve the quality and properties of steel materials, it is important to optimize the oxygen concentration in molten steel during steelmaking processes. For example, cold-rolled sheet steels for continuous annealing processes require good ductility, draw-ability, and antiaging. Development of ultra-low carbon steel offers an effective approach to improve the mechanical properties of cold-rolled sheet steel.1,2) Ultra-low carbon steel, for which the carbon concentration is reduced from a typical 400 ppm to less than 10 ppm, is produced in a RH vacuum degassing process after refining in a converter. However, when the carbon concentration in ultra-low carbon steel is less than Effect of Molybdenum Layer Formed at the Inner Surface in Mo/ MoO2–type Zirconia Oxygen Sensor on Continuous Measurement of Oxygen Content in Molten Steel

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Effect of Molybdenum Layer Formed at the Inner Surface in Mo/MoO&lt;sub&gt;2&lt;/sub&gt;–type Zirconia Oxygen Sensor on Continuous Measurement of Oxygen Content in Molten Steel