The role of oxygen, nitrogen and argon in the low-temperature oxidation of a dried Alberta coal as studied by dynamic in situ 9 GHz CW-e.p.r.

This publication has 20 references indexed in Scilit:

• Moisture determination and structure investigation of native and dried Argonne premium coals. A hydrogen-1 solid-state NMR relaxation study
  Energy & Fuels, 1992
• Low temperature oxidation studies of dried New Zealand coals
  Fuel, 1991
• The Argonne Premium Coal Sample Program
  Energy & Fuels, 1990
• E.s.r. spectroscopic study on the chemistry of coal oxidation
  Fuel, 1988
• Interpretation of spin concentration measurements from a bituminous coal using in situ electron spin resonance spectroscopy
  Carbon, 1987
• Kinetic study of the oxidation of Illinois No. 6 coal at low temperatures: Evidence for simultaneous reactions
  Fuel, 1987
• Changes in coal composition during air oxidation at 200–250 °C
  Fuel, 1987
• Hydrogen transfer reaction during carbonization of coal and pitch.
  Transactions of the Iron and Steel Institute of Japan, 1986
• Thermal and oxidation chemistry of coal at low temperatures
  Fuel, 1985
• A rapid and convenient method for measuring the swelling of coals by solvents
  Fuel, 1984