1961 Electric Furnace Proceedings
A Study of Hydrogen in 50 Per Cent Ferrosilicon
A Study of Inclusions in Steel Part I, Lateral Segregation of Nonmetallics in Steel Ingots
Automatic Power Control Unit for Electric-Arc Furnaces
Calculation of Oxygen Contents in Molten Stainless Steels
Chilled Slag Increases Ladle Refractory Life
Comparative Value of Soderberg and Prebaked Electrodes
Control of Segregation and Ingot Structures in Low-Alloy Steels
Current and Potential Uses of Vacuum and Inert Atmosphere Fabrication Processes
Development of the Electric Furnace Industry in Japan
Effect of Grain Nucleation on Properties of 17-4PH Stainless Steel
Effect of Pouring Temperature on Casting and Mechanical Properties
Effect of Temperature on the Carbon Content of High-Silicon Alloys
Effect of Tin on Properties of Three Stainless Steels
Effects of Impurities on Production and Reactivity of Calcium Carbide
Ferromanganese Production With Oxygen Enrichment
Improving the Hot Workability of Stainless Steel Containing Lead and Tin
Ladle Refractories for High-Temperature Alloys
Maintenance for Reliability of Furnace Electrical System in an Elemental Phosphorus Plant
Manufacture of Silicomanganese
Manufacture of Standard Ferromanganese in Electric Furnaces
Melting and Deoxidation of 12.00 Per Cent Chromium Steel
Non-Roping Ferritic Chromium Steels
Oxygen Practice at Midvale-HeppenstaII Company
Pre-Refining Process for Steelmaking
Properties of Large Ingots Produced by the Consumable Electrode Vacuum Remelt Process
Recent and Future Developments in Basic Refractories
Recent Production Rates and Costs in Large Electric Furnaces
Refractory Gun Practice at National Castings Company
The D-H (Degassing and Alloying) Process
The Melting of 18-8 Stainless Steel
The Nature, Causes, and Eliminations of Macroinclusions in Aluminum- Killed Steels
Trends in Temperature Measurement of Open Hearth and Electric Furnace Molten Iron and Steel