Mercury is emitted into the environment via natural processes such as volcanic eruptions and industrial processes in large refineries and coal fired electricity generation facilities. This PhD research project aims to deliver highly sensitive and selective sensors for the online monitoring of mercury which can operate under the harsh environments found in many industrial applications. The research project will focus on developing tailored nano-engineered metallic and bimetallic surfaces through facile electrochemical and chemical methods and studying their interaction with mercury vapour at the nano level.
The positions are based at the City campus of the School of Applied Sciences through a joint collaborative project with Alcoa World Alumina (Australia) and BHP Billiton.
Value
Two scholarships available, each valued at $27,000 per year for 3 years
Two scholarships available, each valued at $27,000 per year for 3 years
Eligibility
Open to both local and international students.
Open to both local and international students.
The successful applicants will have a first class honours Bachelor degree in either applied sciences or chemical engineering, with a strong desire to work in the field of chemical sensors and/or material sciences.
How to apply
Contact Professor Suresh Bhargava.
Contact Professor Suresh Bhargava.
Opening date: Mid 2011
Closing date: March 2012
Closing date: March 2012
More information
Top-up Scholarship of up to $10,000 per annum is available to doctoral students who gain an Australian Postgraduate Award (APA) scholarship starting in 2012.
Top-up Scholarship of up to $10,000 per annum is available to doctoral students who gain an Australian Postgraduate Award (APA) scholarship starting in 2012.
For further information please contact Dr Samuel Ippolito or Professor Suresh Bhargava.
For more information, please visit official website: www.rmit.edu.au
