RI 6699 Adsorption Phenomena And The Reduction Of Iron Oxides - Relation Of Heat Of Adsorption To Heat Of Activation For The Reduction Of Wustite And Magnetite

- Organization:
- The National Institute for Occupational Safety and Health (NIOSH)
- Pages:
- 21
- File Size:
- 947 KB
- Publication Date:
- Jan 1, 1965
Abstract
The Bureau of Mines investigated variations in the activation energy for the carbon monoxide reduction of magnetite and ferrous oxide with respect to the state of aggregation of the oxide material. Reduction phenomena can only be satisfactorily explained by including an adsorption step in the reduction process. Summation of the values of the exothermic heat of chemisorption and the variable apparent activation energy for reduction yields a nearly constant value of about 50 kcal for either ferrous oxide or magnetite regardless of whether they are aggregated in pelletized form or coarsely crystalline particles.
Citation
APA:
(1965) RI 6699 Adsorption Phenomena And The Reduction Of Iron Oxides - Relation Of Heat Of Adsorption To Heat Of Activation For The Reduction Of Wustite And MagnetiteMLA: RI 6699 Adsorption Phenomena And The Reduction Of Iron Oxides - Relation Of Heat Of Adsorption To Heat Of Activation For The Reduction Of Wustite And Magnetite. The National Institute for Occupational Safety and Health (NIOSH), 1965.