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More by Edward S. Shedd
Icon image Solid-state Electromigration of Impurities in Cerium Metal
Solid-state Electromigration of Impurities in Cerium Metal
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Icon image Electrowinning and Tapping of Lanthanum Metal
Electrowinning and Tapping of Lanthanum Metal
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Icon image Direct Electrolysis of Rare-earth Oxides to Metals and Alloys in Fluoride Melts
Direct Electrolysis of Rare-earth Oxides to Metals and Alloys in Fluoride Melts
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Icon image Electrotransport of Impurities in Rare-earth Metals, Using a Pulsed Current
Electrotransport of Impurities in Rare-earth Metals, Using a Pulsed Current
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Icon image Transfer of Selected Metals in Titanium Electrorefining
Transfer of Selected Metals in Titanium Electrorefining
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Icon image Mechanism of Sodium Reduction of Titanium Chlorides in Fused Salts
Mechanism of Sodium Reduction of Titanium Chlorides in Fused Salts
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Icon image Electrowinning High-purity Neodymium, Praseodymium, and Didymium Metals from Their Oxides
Electrowinning High-purity Neodymium, Praseodymium, and Didymium Metals from Their Oxides
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Icon image Preparation of Titanium Nitride
Preparation of Titanium Nitride
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Icon image Reaction Rate of Titanium-iron Alloys and Titanium Trichloride in Molten Sodium Chloride
Reaction Rate of Titanium-iron Alloys and Titanium Trichloride in Molten Sodium Chloride
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Icon image Electrolytic Methods for Producing Titanium and Titanium Alloys
Electrolytic Methods for Producing Titanium and Titanium Alloys
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Icon image Oxidation Process for Improving Gold Recovery from Carbon-bearing Gold Ores
Oxidation Process for Improving Gold Recovery from Carbon-bearing Gold Ores
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Icon image Electrowinning Molten Lanthanum from Lanthanum Oxide: Issues 6075-6080
Electrowinning Molten Lanthanum from Lanthanum Oxide: Issues 6075-6080
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Icon image Direct Electrolysis of Uranium Dioxide to Uranium Metal in Fluoride Melts: Issues 6431-6436
Direct Electrolysis of Uranium Dioxide to Uranium Metal in Fluoride Melts: Issues 6431-6436
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Icon image Problems in Recovering Thermal Energy from Molten Salts
Problems in Recovering Thermal Energy from Molten Salts
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Icon image Gold Recovery from Scrap Electronic Solders by Fused-salt Electrolysis
Gold Recovery from Scrap Electronic Solders by Fused-salt Electrolysis
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Icon image Reaction Rate of Titanium and Titanium Subchlorides in Molten Sodium Chloride
Reaction Rate of Titanium and Titanium Subchlorides in Molten Sodium Chloride
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Icon image Reaction Rate of Uranium Metal with Uranium Tetrafluoride in Molten Fluoride Solutions
Reaction Rate of Uranium Metal with Uranium Tetrafluoride in Molten Fluoride Solutions
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Icon image Reaction Rate of Solid Yttrium Metal with Molten Lithium Fluoride
Reaction Rate of Solid Yttrium Metal with Molten Lithium Fluoride
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Icon image Investigation of Oxidation Systems for Improving Gold Recovery from Carbonaceous Materials
Investigation of Oxidation Systems for Improving Gold Recovery from Carbonaceous Materials
€0
Icon image Field Freezing of a Cerium-iron Alloy
Field Freezing of a Cerium-iron Alloy
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