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Charged Particle Beam Interactions with Solids and Adsorbates


Research Information

This scholarship is for the following field of research: Physical Modelling.

The UTS School of Physics and Advanced Materials and FEI, a USA based world leader in the design, manufacture and distribution of charged particle beam technologies, are recruiting a PhD student with a keen interest in modelling the behaviour of molecules at solid-gas interfaces.

The student will gain first class training in the cutting edge fields of nanotechnology, materials physics and nano-scale electronics. The project will include visits to FEI research laboratories in Oregon, USA, and the student will join an extended team of researchers working on experimental and theoretical aspects of gas-mediated charged particle beam nanofabrication (PBN) at UTS and the USA based research headquarters of industry partner FEI Company (http://www.fei.com/). The PBN technique enables cutting-edge research and development through the fabrication of nanostructured materials and optoelectronic devices by electron and ion beams in reactive gaseous environments. The student will develop models of adsorbate behaviour on surfaces irradiated by electrons and ions and consequent processes that govern PBN rate kinetics. Model development will involve implementing new software tools to solve the appropriate continuum differential equations governing surface behaviour, and/or use existing quantum chemical packages (such as SIESTA) to elucidate the underlying molecular mechanisms.

Scholarship Description

The University of Technology Sydney (UTS), as a member of the Australian Technology Network of Universities (‘ATN’) and collaborator on the Industry Doctoral Training Centre (Mathematics & Statistics) (‘IDTC’) initiative, is currently offering this scholarship to Australian or New Zealand citizens or permanent residents of Australia who are interested in undertaking doctoral degrees in industrial mathematics, applied mathematics or applied statistics and working in collaboration with an industry partner on a project of immediate relevance to Australian industry.

Study Subject: MATHEMATICAL SCIENCES - Physical Modelling

Provided by: University of Technology Sydney (UTS)

To be undertaken at: At UTS, in collaboration with FEI

Level: Postgraduate


Availability

One scholarship is available for a high achieving student interested in taking up higher degree by research studies, working on a project of relevance to FEI, leading to the award of the degree of Doctor of Philosophy.

 

Payment Information

The value of this scholarship is AUD30000 (per annum) for up to 4 years, subject to satisfactory performance evaluated annually. This award constitutes a living allowance for the discretion of the student. Students of the IDTC program will be required to undertake scheduled travel within Australia to engage in coursework and other professional development activities in partial fulfilment of the conditions of the IDTC program. The associated travel costs will be met by the industry partner and/or UTS.

Eligibility

  •  Strong grounding in mathematics, physics and chemistry.
  • First class honours or equivalent in a relevant discipline is highly desirable.
  • Experience in surface science, reaction rate kinetics or simulation of molecules at surfaces is desirable.
     

     

    Application Details

    To enquire or apply please contact Associate Professor Mike Ford email Mike.Ford@uts.edu.au  or Ph: (02) 9514 7956, or Professor Milos Toth email: milos.toth@uts.edu.au.

    Applications close: 24 December  2012


    Terms and conditions are subject to change. Always confirm details with the scholarship provider before applying.


    Primary Contact

    Associate Professor Mike Ford

    University of Technology, Sydney

    Phone: (02) 9514 7956

    Email: Mike.Ford@uts.edu.au


    Secondary Contact

    Professor Milos Toth

    University of Technology, Sydney

    Email: milos.toth@uts.edu.au


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