Effect of Temperature, Time, and Cooling Rate on the Mineralogy, Morphology, and Reducibility of Iron Ore Sinter Analogues

- Harvey, Tobin, Pownceby, Mark I., Chen, Jeff, Webster, Nathan A.S., Nguyen, Thi Bang Tuyen, Matthews, Leanne, O'Dea, Damien, Honeyands, Tom

Effect of temperature, time, and cooling rate on the mineralogy, morphology, and reducibility of iron ore sinter analogues

- Harvey, Tobin, Pownceby, Mark I., Chen, Jeff, Webster, Nathan A. S., Nguyen, Thi Bang Tuyen, Matthews, Leanne, O'Dea, Damien, Honeyands, Tom

Sinter analogues mineralogy by different heating conditions

- Nguyen, Tuyen T. B., Harvey, Tobin, Honeyands, Tom, Matthews, Leanne, O'Dea, Damien

Influence of mineralogy and pore structure on the reducibility and strength of iron ore sinter

- Harvey, Tobin

Sinter strength and pore structure development using analogue tests

- Harvey, Tobin, Honeyands, Tom, O'Dea, Damien, Evans, Geoffrey

Analogue iron ore sinter tablet structure using high resolution X-ray computed tomography

- Harvey, Tobin, Honeyands, Tom, Evans, Geoffrey, Godel, Bélinda, O'Dea, Damien

Influence of maximum temperature, holding time and cooling rate on the strength of sinter analogues

- Harvey, Tobin, Honeyands, Tom, O'Dea, Damien, Evans, Geoffrey