Projects
- Measuring Wide-angle Antenna Radiation Performance using Multiple
Scans from a Small Planar Scanner (EPSRC JERI: £119,000) Dec
2001 to Dec 2002
- Design & Performance Verification of Compact Quasi-optical
mm-Wave Systems using Diffracted Gaussian Beam Analysis (EPSRC:
£218,000) May 2001 to May 2004
- Compact Corrugated Horns (EPSRC: £143,817) Nov 2000 to Oct
2002
- Performance of Earth-Station Antennas in the Presence of Near
Field Clutter (BT Exact: £18,500) Feb 2002 to Aug 2002
- Manufacture of Millimetre wave on-chip active array antennas at
90GHz and 500GHz (ESTEC: £25,000)
- The Use of Discrete Green's Function in the FTFD Analysis of Wideband
Antennas (BAe Systems: £18,000) Sept 2001 to Sept 2004
- Magnetron Computer Modelling (Marconi Applied Technologies: £20,000)
Oct 2001 to Sept 2002
- Advanced EM Simulation of Multilayer MMICs (EPSRC: £49,000)
Sept 1998 to Apr 2002
- Monolithic MM-Submm Wave Active Conical Horn Antenna Arrays (EPSRC:
£66,000) May 2001 to June 2003
- Patch Antenna modelling
using FDTD
- Active Patch
Antenna modelling using FDTD (ESTEC)
- The Spherical tri-reflector
CATR (EPSRC)
- Modelling geodesic radome performance
- Broadband Low Cross-Polarisation
Horns
- Radiation characteristics of
Small Feeds
- FDTD Antenna Modelling (GEC-Marconi
Defence Systems)
- Corner Reflector Antenna
- Earth station antennas
and near-field Clutter
- Performance Modelling
of Panelled mmCATRs
- Design & Performance
Modelling of CATRs
- mm-Wave Antenna Measurements of AMSU-B
- Design of Corrugated Horns
- Tri-Reflector CATR
- RF Chaotic Oscillators and their
Applications (QM*)
- Computer Modelling of Virtual Cathode
Oscillators (US AFOSR)
- Computer Modelling of Microwave
Magnetron (Marconi Applied Technologies Ltd/ Mission Research
Corporation, USA)
- Design Principle of Low-SAR Antenna
for Mobile Communications Devices
- EM Evanescent Modes
- Controlling Chaos in Plasma-filled
Diodes (US AFOSR)
- Advanced Electromagnetic Modelling
of Multilayer Monolithic Microwave Integrated Circuits (EPSRC)
- FD-TD Modelling of RF
Cell (Microwave Consultant Ltd / DERA)
* in collaboration with King's College,
London
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