Baojun Zhao received his BSc (1986) and MSc (1989) from (1999) from
The University of Queensland in metallurgy. After receiving his PhD, he
continued with the School of Chemical Engineering in several research
capacities. Now, he is the Group Leader of the JKMRC. He was a Codelco-Fangyuan
Research Fellow with the School of Chemical Engineering at The University of
Queensland until June 2020. His primary area of research is the experimental
investigation of physiochemical properties of high-temperature melts, i.e., phase
equilibria and viscosity of ceramics and metallurgical slags. He has developed
several novel research techniques to accurately determine phase equilibria and
viscosity of complex ceramics and metallurgical slag systems. In 2009, he was
awarded the Billiton Gold Medal from the Institute of Materials, Minerals and
Mining, UK and also the Non-Ferrous Pyrometallurgy Best Paper Award from the
Metallurgical Society of CIM, Canada. His current research interests are
fundamental investigations of phase equilibria and viscosity for complex oxide
melts through high-temperature reactions, quenching and electron probe X-ray
microanalysis.
Baojun Zhao received his BSc (1986) and MSc (1989) from (1999) from
The University of Queensland in metallurgy. After receiving his PhD, he
continued with the School of Chemical Engineering in several research
capacities. Now, he is the Group Leader of the JKMRC. He was a Codelco-Fangyuan
Research Fellow with the School of Chemical Engineering at The University of
Queensland until June 2020. His primary area of research is the experimental
investigation of physiochemical properties of high-temperature melts, i.e., phase
equilibria and viscosity of ceramics and metallurgical slags. He has developed
several novel research techniques to accurately determine phase equilibria and
viscosity of complex ceramics and metallurgical slag systems. In 2009, he was
awarded the Billiton Gold Medal from the Institute of Materials, Minerals and
Mining, UK and also the Non-Ferrous Pyrometallurgy Best Paper Award from the
Metallurgical Society of CIM, Canada. His current research interests are
fundamental investigations of phase equilibria and viscosity for complex oxide
melts through high-temperature reactions, quenching and electron probe X-ray
microanalysis.