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- Carbonizing tests with Tuscaloosa oven 1952-53
- Effect of anthrafines on expansion of coking coals
- Use of anthrafines for producing metallurgical coke
- Carbonizing tests with Tuscaloosa oven :use of fluid petroleum coke as a blending agent
- Carbonizing tests with Tuscaloosa (Ala.) oven :dependence of coking time on flue temperature
- Effects of substituting various high-and low low-volatile coals in foundry-coke blends carbonized in the Tuscaloosa and sole-heated ovens
- Kerosine flotation of coal :semicommercial studies of cell performance
- Carbonizing tests in Tuscaloosa oven :properties of wet- and dry-quenched cokes
- Use of sole-heated oven for studies of coal expansion and coke formation
- Studies of coke oven width, flue temperature, and coking rate :critical survey of literature ; carbonizing tests with Tuscaloosa oven
- Carbonizing tests with Tuscaloosa oven :factors influencing apparent specific gravity
- Laboratory investigation of the effect of temperature on coal flotation
- Carbonizing tests with Tuscaloosa oven :hardness of cokes from blends containing added inerts
- Carbonizing tests with Tuscaloosa oven :studies of pushing pressures
- Effects of selected operating variables on continuous-cell flotation of coal :a laboratory study
- Selective flotation of barite-fluorspar ores from Kentucky
- Selective flotation of a barite-fluorspar ore from Tennessee
- Laboratory investigation of the effect of oxidation on coal flotation
- Continuous flotation of fluorspar from a calcareous Illinois ore
- Selective flotation of a fluorspar ore from Illinois
- Selective flotation of minerals from North Carolina mica tailing
- Recovery of feldspar and glass sand from South Carolina waste granite fines
- Recovery of feldspar and glass sand from Georgia waste granite fines
- Recovery of potash feldspar from molybdenite tailings