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The rate of dissolu tion of solid lime in to liquid slag was determinedfrom the decrease of diameter of the lime cylillder rotated ill CaOSiO.-AI ,0 3 or FcOCa OSi02 slag. T he j)enetration of the slag to the solid phase and the distribution of componellts in liquid slag alijacent into the solidliquid inter.face were examined by the E. P.M.A. technique. The rate of dissolution increased with temperatllre and with rotating s/)eed of Ihe ~ylinder, sllptJorling the assumption that the diffilsioll of calcizlln through a slag phase boulldary layer would be the rate-determining step . The dissolution rate into the slag containing FeO was several times greater than thai into slag without FeO , because q{ the differences ill /)hysi cal /)roperties of slag and ill the morphology of 2CaO · Si02 formation . S lag componellts jJellelrated into solid lime Wire maillly AI, O , and FeO, alld the SiO, content was very little . This can be inter/lTeled by the formation of AI , O " or FeO rich slag layer betweell solid lime alld 2CaO· SiO ,jilm.

A Fundamental Study on the Dissolution Rate of Solid Lime into Liquid Slag