松韵论坛讲座

2018矿物加工前沿讲座

发布时间:2018-05-07    作者:  John Ralston 院士    来源:      浏览次数:1062

讲座题目:2018矿物加工前沿讲座

主 讲 人:John Ralston 院士

讲座地点:生物楼301国际报告厅

讲座对象:资生院全体研究生,博士生

主讲人简历:

John is a Physical and Colloid Chemist with complementary training in metallurgy, University of South Australia, Adelaide, Australia, whose research interests embrace various aspects of interfacial science and engineering. His secondary education commenced at Christ Church Grammar in Melbourne and continued at Melbourne High School.John obtained his BSc[Hons] in Physical Chemistry at the University of Melbourne, subsequently completing his PhD in interfacial science under the supervision of Professor T W Healy.

Since 1984, John has been awarded over $200M in competitive grant funding from the Australian Research Council, the Department of Education, Science and Training and national and international private industry. John has received numerous awards and honours over the years. These include the Chemeca Medal in 2006 [ Australia's highest honour in Chemical Engineering], the ATSE Clunies Ross Lifetime Contribution Award in 2009 and the Staudinger Durrer Lecture and Medal in 2012 from the Swiss Federal Institute of Technology, ETH Zurich, for influential contributions to the fields of colloid and surface science. In 2008 John was made an Officer of the Order of Australia. In 2007 John was awarded South Australian of the Year, the first scientist to be so honoured, as well as South Australian Scientist of the Year. Apart from mentoring research teams at UniSA, a number of his present activities, as a "roving ambassador" for UniSA, include strong interactions with universities, companies and research institutes internationally.

讲座时间

 

讲座题目

周二(3月6日)

10:30-12:00

Dissolved Gas and Boundary Layer Effects in Particulate Dispersions

周三(3月7日)

10:30-12:00

Thermodynamics of Small Ion Adsorption at Metal Oxide Interfaces: Surface Charge and Potential, Dispersion Stability and Crystallization

周四(3月8日)

9:00-10:30

Adsorption Thermodynamics of Surfactant Adsorption at the Zircon –Water Interface and Its Implications for Selective Flotation.

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