Fundamental studies of the coal to metallurgical coke transformation

- Isah, Umar Abdullahi

A mechanistic study of the structural transformations in Australian coking coals and blends across the plastic layer during coking

- Hui, Yunze

Impact of large sized inertinite particles on thermo-swelling and volatile release of coking coals

- Xie, Wei, Stanger, Rohan, Tran, Quang Anh, Mahoney, Merrick, Lucas, John, Yu, Jianglong, Wall, Terry

In-situ study of plastic layers during coking of six Australian coking coals using a lab-scale coke oven

- Lee, Soonho, Yu, Jianglong, Mahoney, Merrick, Tahmasebi, Arash, Stanger, Rohan, Wall, Terry, Lucas, John

Separation and analysis of high range extractable molecules formed during coal pyrolysis using coupled thin layer chromatography-imaging mass spectrometry (TLC-LDI-IMS)

- Stanger, Rohan, Tran, Quang Anh, Smith, Nathan, Kennedy, Eric, Stockenhuber, Michael, Lucas, John, Wall, Terry

Use of rheometry and micro-CT analysis to understand pore structure development in coke

- Steel, Karen M., Dawson, Robin E., Jenkins, David R., Pearce, Robin, Mahoney, Merrick R.

The pyrolysis behaviour of solvent extracted metaplast material from heated coal using LDI-TOF mass spectroscopy measurements

- Stanger, Rohan, Tran, Quang Anh, Attalla, Tariq, Smith, Nathan, Lucas, John, Wall, Terry

The use of LDI-TOF imaging mass spectroscopy to study heated coal with a temperature gradient incorporating the plastic layer and semi-coke

- Stanger, Rohan, Tran, Quang Anh, Xie, Wei, Smith, Nathan, Lucas, John, Yu, Jianglong, Kennedy, Eric, Stockenhuber, Michael, Wall, Terry

Thermo-swelling properties of particle size cuts of coal maceral concentrates

- Xie, Wei, Stanger, Rohan, Lucas, John, Mahoney, Merrick, Elliott, Liza, Yu, Jianglong, Wall, Terry

Dynamic measurement of coal thermal properties and elemental composition of volatile matter during coal pyrolysis

- Stanger, Rohan, Xie, Wei, Wall, Terry, Lucas, John, Mahoney, Merrick

Influence of thermoplastic properties on coking pressure generation: part IV - further evidence of the role of bubble coalescence in the mechanism for pressure generation

- Steel, Karen M., Diaz, Miguel Castro, Duffy, John J., Snape, Colin E., Mahoney, Merrick R.