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Prof. Frederick ( Fred ) Menk

Work Phone (02) 4921 5424
Fax (02) 4921 7949
Email
Office V201B, Physics

Research Supervision

Number of current supervisions 6
Total current UoN PhD EFTSL 1

For supervisions undertaken at an institution other that the University of Newcastle, details are shown in italics, and the institution name is listed below the program name.

Current Supervision

Commenced Proposed
Completion
Program Supervisor Type Research Title
2013 2017 PhD (Physics) Co-Supervisor Substorm Signatures in HF Radar Data
2011 2015 PhD (Physics) Co-Supervisor Development of MRI atlas-based treatment planning including the patient movement factor in the adaptive radiotherapy.
2010 2015 PhD (Physics) Co-Supervisor Magnetosphere Lonosphere Coupling: The Lonospheric Conductance
2009 2012 PhD (Physics) Co-Supervisor Doppler Clutter in HF radar Systems Produced by ULF Waves
2008 2013 PhD (Physics) Co-Supervisor Investigation of Magnetic Resonance lmaging for Prostate Radiation Therapy Planning
2002 2010 PhD (Physics) Co-Supervisor An Engineering Model for Outdoor Sound Propagation Over Realistic Terrain Profiles and Arbitrary Vertical Sonic Gradients

Past Supervision

Year Program Supervisor Type Research Title
2012 PhD (Physics) Co-Supervisor Investigation of a Modified Electronic Portal Imaging Device for Improving Dosimetry in Radiotherapy
2012 PhD (Physics) Principal Supervisor Multi-Satellite Observations of ULF Waves in the Earth's Magnetosphere
2011 M Philosophy (Physics) Co-Supervisor Electronic Portal Imaging for Verification of Intensity Modulated Radiotherapy
2006 PhD (Physics) Co-Supervisor The Mie and Helmholtz Representation of Vector Fields in the Context of Magnetosphere-Ionosphere Coupling
2004 PhD (Physics) Co-Supervisor Ionosphere-Magnetosphere Coupling at High Latitudes: A Study of Radiowave Absorption Using the Southern Hemisphere Imaging Riometer Experiment
2003 PhD (Physics) Principal Supervisor The Generation and Propagation of Pc 3-4 ULF Waves at High Latitudes
2002 PhD (Physics) Co-Supervisor Clinical Use of LiF:Mg, Cu,P: Critical Evaluation of an Ultra-Sensitive Material for Thermoluminescence Dosimetry