Research Vacancies

Current Positions

Postdoctoral position in Plasma Fusion Physics, Australian National University

"Burning plasma fusion physics: resolving the effect of energetic particle populations in preparation for ITER"
Plasma Research, Research School of Physics and Engineering, ANU College of Physical and Mathematical Sciences
Location: Canberra, ACT, Australia
Term of Contract: three years
Salary Package: $55,014 - $86,482 pa plus 17% superannuation
Closing Date: 28 February, 2010
Position Overview:
With the imminent construction of ITER, magnetically confined fusion power enters the unexplored burning plasma regime, in which th ecollisional slowing of charged fusion productions dominates the heating process. This project aims to develop an innovative multiple fluid model to model the effect of energetic particles such as fusion alpha-particles on the equilibrium, wave-mode structure, and wave-mode induced confinement loss.
We seek a capable and resourceful researcher to co-develop and implement numerical models of these processes in a project funded by the Australian Research Council. Working with an international team, the appointee would be involved in validating model predictions for high performance Mega Ampère Spherical Tokamak (MAST) discharges at the Culham Centre for Fusion Energy (CCFE) in Oxfordshire, UK.
The successful candidate whould have excellent numerical skills and a firm foundation in mathematical physics, applied mathematics or relevant engineering discipline, as well as the ability to communicate clearly research results, and to work in a collaborative environment. A knowledge of plasma physics is desirable, but not essential. A brief secondment to the CCFE laboratory in the UK is supported, as is international conference travel to disseminate results.
PURPOSE STATEMENT:
Funded by ARC project DP109379 Burning PlasmasL resolving energetic particle physics for ITER, the principal purpose of the position will be to co-developo and numerically implement an energetically resolved multiple fluid model to calculate self-consistent equilibria and wave-modes. The wave-particle dynamics of the multi-fluid system, as well as the impacts on particle confinement, would subsequently be explored by modification of an existing wave-particle interaction code.
The role also involves validating model predictions for high performance MAST discharges.
Position Dimension and Relationships:
The position will work within the Plasma Theory and Modelling Group of the Plasma Research Laboratories. The group, led by Prof Robert Dewar, an internationally acknowledged expert in magnetohydrodynamics (MHD) and wave-particle interactions, also includes highly reputable specialists in plasma configurations, pasma and fluid turbulence and transport, advance plasma diagnostics, space plasma and applications of low temperature plasma. There are also a number of new post-doctoral fellows in plasma diagnostics and data-mining, and interaction with these people will create a vibrant research environment. The ANU also hosts the Australian Plasma Fusion Facility which received funding for a $7m infrastructure upgrade in 2009. This upgrade, to be staged over the next 4 years, will upgrade the H1 stellarator with new heating sources, improved diagnostics, data access and increased suitability as a testbed for ITER diagnostics. This, together with growing momentum towards ITER project engagement, provides a unique and timely opportunity to participate ina growing research program. Relationships extend to local, national and international collaborative groups who share interests in the research project and works closely with CCFE, Oxfordshire, UK.
Enquiries: Dr Matthew Hole, T: 02 6125 7606, E: Matthew.Hole@anu.edu.au
Full Details and Application:
http://jobs.anu.edu.au/PositionDetail.aspx?p=1054

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