Effects of Substituting Various High-and Low Low-volatile Coals in Foundry-coke Blends Carbonized in the Tuscaloosa and Sole-heated Ovens

Effects of Substituting Various High-and Low Low-volatile Coals in Foundry-coke Blends Carbonized in the Tuscaloosa and Sole-heated Ovens

Theoretical Precision of Screen-analysis Results

Correlations Involving Different Screen Indexes for a Given Size Distribution of Coke

Carbonizing Procedures with New, Experimental Coke Oven

Effects of Selected Operating Variables on Continuous-cell Flotation of Coal: A Laboratory Study

Physical Properties of Coke: Size and Its Measurement

Carbonizing Tests with Tuscaloosa Oven: Use of Fluid Petroleum Coke as a Blending Agent

Selectivities of Laboratory Flotation and Float-sink Separations of Coal

Carbonizing Tests with Tuscaloosa Oven: Hardness of Cokes from Blends Containing Added Inerts, Issues 5907-5912

Laboratory Investigation of the Effect of Temperature on Coal Flotation

Use of Sole-heated Oven for Studies of Coal Expansion and Coke Formation

A Study of the Precision of the Shatter Test on Coke

Nitric Acid Oxidation Rates for Selected Coals and Related Substances

Carbonizing Tests with Tuscaloosa (Ala.) Oven: Dependence of Coking Time on Flue Temperature

Carbonizing Tests with Tuscaloosa Oven: Studies of Pushing Pressures

Effect of Anthrafines on Expansion of Coking Coals

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

Effects of Temperature Variations on Contact Angles for Coal and Related Substances