The effect of oxidation on the thermoplastic and coking properties of coal at elevated pressures
- 29 February 1992
- Vol. 71 (2), 169-181
- https://doi.org/10.1016/0016-2361(92)90006-a
Abstract
No abstract availableKeywords
This publication has 12 references indexed in Scilit:
- The influence of pressure on the development of optical anisotropy during carbonization of coalFuel, 1989
- Coal thermoplasticity and coke structure as related to gasification: Effect of inorganic additives on high pressure dilatometric properties and reactivity towards hydrogenFuel, 1988
- Some aspects of the role of coal thermoplasticity and coke structure in coal gasification: 3. The effect of rank, pitch and sodium carbonate on Brabender plastometry parametersFuel, 1987
- Influence of added calcium compounds on swelling, plastic, and pyrolysis behaviour of coal devolatilized at elevated pressuresFuel, 1986
- Swelling and plastic properties of coal devolatilized at elevated pressures of H2 and HeInfluence of potassium and silicon additivesFuel, 1986
- Swelling and plastic properties of coal devolatilized at elevated pressures: an examination of the influences of coal typeFuel, 1986
- Interaction of mineral and inorganic compounds with coal: The effect on caking and swelling propertiesFuel, 1986
- Some aspects of the role of coal thermoplasticity and coke structure in coal gasification. 2. The effects of pressure and heating rate on dilatometric parameters and optical anisotropy developmentFuel, 1985
- Some aspects of the role of coal thermoplasticity and coke structure in coal gasification. 1. The effect of rank on high pressure dilatometry parametersFuel, 1985
- Thermoplastic properties of coal at elevated pressures: 2. Low-temperature preoxidation of a Pittsburgh Seam coalFuel, 1985