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Contents

BASIC OPENHEARTH FURNACES
3
CHAPTER 2
24
SURVEY OF OPERATIONS 333
41
Copyright

32 other sections not shown

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Basic Open Hearth Steelmaking
American Institute of Mining and Metallurgical Engineers. Iron and Steel Division. Committee on Physical Chemistry of Steelmaking,American Institute of Mining, Metallurgical, and Petroleum Engineers. Committee on Physical Chemistry of Steelmaking
Snippet view - 1951

Common terms and phrases

added alloy aluminum amount analysis atoms basic open-hearth bath blowholes blown metal bottom brick burnt lime calculated capped carbon content cent carbon Chapter checker chemical chromium combustion composition deoxidation determined dolomite effect elements equilibrium factors ferroalloys ferrosilicon flame fluorspar flush fuel gas evolution gases heat hot metal hot-topped hydrogen inclusions increase ingot iron oxide iron oxide content killed steel ladle lime boil limestone liquid iron liquid steel magnesite manganese material melting metallic charge method mold mole fraction molten nitrogen nozzle Open Hearth Proc open-hearth process operation oxygen oxygen content percentage phosphorus pig iron pouring pressure range Raoult's law ratio reaction refining period refractory residual rimmed steels roof sample scrap segregation shown in Fig silica silicon SiO2 slag basicity slag control solidification solubility solution steelmaking sulfur surface tapping temperature tion usually V-value weight

Bibliographic information

TitleBasic Open Hearth Steelmaking
Mudd series
Seeley W. Mudd series
AuthorsAmerican Institute of Mining and Metallurgical Engineers. Iron and Steel Division. Committee on Physical Chemistry of Steelmaking, American Institute of Mining, Metallurgical, and Petroleum Engineers. Committee on Physical Chemistry of Steelmaking
EditorsWilliam O. Philbrook, Michael Berliner Bever
Edition2
PublisherAmerican Institute of Mining and Metallurgical Engineers, 1951
Original fromthe University of Michigan
DigitizedApr 25, 2006
Length940 pages
  
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