Hillary W. St. Clair

Gamma and Beta Distribution Functions Applied to Size Distribution of Mineral Products

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Developing a Thermochemical Model for the Iron Blast Furnace

Rate of Reduction of an Oxide Sphere in a Stream of Reducing Gas

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Developing a Thermochemical Model for the Iron Blast Furnace

Rate of Reduction of Granular Ferrous Oxide by Carbon Monoxide in a Packed Bed

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Developing a Thermochemical Model for the Iron Blast Furnace

Model of Ideal Furnace at Equilibrium

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Segregation of Impurities in Zinc-aluminum Alloys and Its Influence on Accuracy of Sampling

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Sulfidization of Tin Oxide and Volatilization of Tin Sulfide

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Developing a Thermochemical Model for the Iron Blast Furnace

Rate of Reduction of an Oxide Sphere in a Stream of Reducing Gas

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Removing Volatile Metals from Lead and Tin by Vacuum Distillation

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Flocculation of Aerosols by Intense High-frequency Sound

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Developing a Thermochemical Model for the Iron Blast Furnace

Model of Ideal Furnace at Equilibrium

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Developing a Thermochemical Model for the Iron Blast Furnace

Mathematical Model of the Reduction Zone

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Liquidus Temperatures and Liquid Densities of Zinc-aluminum Alloys

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Well Productivity Related to Drilling Muds

Umiat Field, Naval Petroleum Reserve No. 4, Alaska

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Mineral Industry in Early America

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The System Al4C3-AlN-Al2O3

Powder Forming and Sintering Behavior, Phase Identification, and Refractory Composition Properties

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Electrowinning Uranium from Uranium Oxide

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Coal Carbonization

Ammonium Sulfate Yields from Coals of Various Regions of the United States

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Extraction of Copper from Oxides Using Iron and Steel Scrap

Principles and Application to Pure Systems

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Developing a Thermochemical Model for the Iron Blast Furnace

Model of Ideal Furnace at Equilibrium

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