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- Yields and properties of gases from BM-AGA carbonization tests at 900⁰ C.
- Carbonizing properties of velva lignite from Ward county, N. Dak., and monarch coal from Sheridan county, Wyo.
- Carbonizing properties of western coals
- Carbonizing properities of Hill-bed coal from Hickey no. 1 mine on Lookout Mountain, Cherokee County, Ala.
- Carbonizing properties of Elkhorn no. 3-bed coal from Wheelwright mine, Floyd County, Ky.
- Effects of oxidation upon the carbonizing properties of Pocahontas no. 3- and no. 4-bed coals from Eastgulf, Raleigh County, W. Va.
- Coal carbonization :ammonium sulfate yields from coals of various regions of the United States
- Carbonizing properties of thick Freeport and Pittsburgh coals from Pennsylvania, Elkhorn coal from Kentucky, and America and Mary Lee coals from Alabama
- Carbonizing properities of Lower Banner coal from no. 56 mine, Dante, Russell County, Va.
- Carbonizing properties of no. 5 block-bed coal from no. 5 mine, Montcoal, Raleigh County, W. Va.,and of Pocahontas no. 6-bed coal from Birdseye mine, Sewell, Fayette County, W. Va.
- Carbonizing properties of Beckley-bed coal from Stanaford no. 1 mine, Mount Hope, Raleigh County, W. Va.
- Carbonizing Properties: Tennessee Coals from the Jellico Bed in Campbell County and the Sewanee Bed in Marion County
- Carbonizing properties of Armstrong County, Pa., coals
- Carbonizing properties of Somerset County, Pa., coals
- Carbonizing properties of Harlan County, Ky., coals
- Carbonizing properties of Indiana County, Pa., coals
- Carbonizing properties of Raleigh County, W. Va., coals
- Carbonizing properties of Floyd County, Ky., coals
- Carbonizing properties of McDowell County, W. Va., coals
- Better coke by thermal pretreatment of coal :Results for Illinois No. 6-, Pittsburgh-, and Mason-bed coals
- Expanding properties of American coals tested in sole-heated oven
- Carbonizing properties of Allegheny County, Pa., coals
- Carbonizing properties of Cambria County, Pa., coals
- Carbonizing properties of Boone County, W. Va., coals
- Carbonizing properties of Butler County, Pa., coals
- Carbonizing properties of Perry County, Ky., coals
- Carbonizing properties of coals from Elk, Clarion, Jefferson, Clearfield, and Centre Counties, Pa.
- Carbonizing properties of Kanawha county, W. Va., coals
- Carbonizing properties of coals from Buchanan, Dickenson, Russell, Tazewell, and Wise Counties, Va.
- Comparison of properties of coke produced by BM-AGA and industrial methods
- Studies of the thickness of the plastic layer of coals :its determination and significance
- Correlation of ASTM and Micum coke test methods
- Carbonizing properties of Letcher County, Ky., coals
- Carbonizing properties of coals from Wyoming and Mercer counties, W. Va.
- Steam-fluidized low-temperature carbonization of high splint bed coal and thermal cracking of the tar vapors in a fluidized bed
- Mechanical strength of coke and iron ore pellets at elevated temperatures
- Carbonizing properties of coals from Fayette and Greenbrier counties, W. Va.
- Carbonizing properties of coals from Logan and Mingo counties, W. Va.
- Effect of operating variables on the production of chemical coke by the traveling-grate process
- Carbonizing properties of coals from Fayette, Greene, and Washington counties, Pa.
- Use of antifissurants in making better coke from Sunnyside coal from Utah
- Destructive distillation of scrap tires
- Fluidized-bed low-temperature carbonization of bituminous coal and thermal cracking of the tar vapors
- Carbonizing properties of coals from Nicholas, Randolph, and Webster counties, W. Va.
- Conversion of municipal and industrial refuse into useful materials by pyrolysis
- Coal carbonization studies :altering composition and yield of volatile products by increasing the free space above the charge
- Prediction of coke strength of American coals by the Ruhr dilatometer method
- Use of preheated coal in carbonization
- Better coke by using antifissurants :results for Illinois no. 6 and high splint coals