George Green Institute for Electromagnetics Research

Publications

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RUSSER, J. A., GRADONI, G., TANNER, G., CREAGH, S. C., THOMAS, D., SMARTT, C. and RUSSER, P., 2015. Evolution of transverse correlation in stochastic electromagnetic fields

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GRADONI, G., CREAGH, S. C., TANNER, G., SMARTT, C. and THOMAS, D. W. P., 2015. A phase-space approach for propagating field-field correlation functions: New Journal of Physics New Journal of Physics. 17(9),

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SMARTT, C., THOMAS, D. W. P., NASSER, H., BAHARUDDIN, M., GRADONI, G., CREAGH, S. C. and TANNER, G., 2015. Challenges of time domain measurement of field-field correlation for complex PCBs

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THOMAS, D. W. P., SMARTT, C. and GREEDY, S., 2015. Characterisation of radiated fields from PCBs in the time domain

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IVRY, P. M., OKE, O. A., THOMAS, D. W. P. and SUMNER, M., 2015. Predicting conducted emissions of multiple VSCs using dimension reduction technique

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GRADONI, G., CREAGH, S. C., TANNER, G., SMARTT, C., BAHARUDDIN, M. H. and THOMAS, D., 2015. Measurement and analysis of electromagnetic field-field correlation functions

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THOMAS, D. W. P., OBIEKEZIE, C. and TONG, X., 2015. Equivalent dipole models of electromagnetic emissions from near-field scanning: IEEE Electromagnetic Compatibility Magazine IEEE Electromagnetic Compatibility Magazine. 4(3), 74-78

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LI, J., SUMNER, M., THOMAS, D. W. P., CHRISTOPHER, E., JIA, K. and ZHANG, H., 2015. Non-contact arc study for DC power systems

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MUHYADDIN J. H. RAWA and DAVID W. P. THOMAS, 2015. Factors Affecting the Harmonics Generated by a Group of CFLs Experimental Measurements American Journal of Electrical Power and Energy Systems. 10-16

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DOMINIC S. NYITAMEN, MUHYADDIN J.H. RAWA, STEVE GREEDY, CHRIS SMARTT and DAVID W.P. THOMAS, 2015. COMPARISON OF THE EQUIVALENT CIRCUIT MODEL AND THE TLM METHOD FOR FREQUENCY SELECTIVE SURFACE ANALYSIS ASIAN JOURNAL OF SCIENCE AND TECHNOLOGY. 6(05), 1436-1440

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MENG, X., SEWELL, P., PHANG, S., VUKOVIC, A. and BENSON, T. M., 2015. Modeling Curved Carbon Fiber Composite (CFC) Structures in the Transmission-Line Modeling (TLM) Method: IEEE Transactions on Electromagnetic Compatibility IEEE Transactions on Electromagnetic Compatibility. 57(3), 384-390

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PHANG, S., VUKOVIC, A., BENSON, T. M., SUSANTO, H. and SEWELL, P., 2015. A versatile all-optical parity-time signal processing device using a Bragg grating induced using positive and negative Kerr-nonlinearity: Optical and Quantum Electronics Optical and Quantum Electronics. 47(1), 37-47

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PHANG, S., VUKOVIC, A., CREAGH, S. C., GRADONI, G., SEWELL, P. D. and BENSON, T. M., 2015. Coupled Parity-Time symmetric cavities: Results from Transmission Line Modelling simulations

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PHANG, S., VUKOVIC, A., CREAGH, S. C., BENSON, T. M., SEWELL, P. D. and GRADONI, G., 2015. Parity-time symmetric coupled microresonators with a dispersive gain/loss: Optics Express Optics Express. 23(9), 11493-11507
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George Green Institute for Electromagnetics Research

The Faculty of Engineering
The University of Nottingham
Nottingham, NG7 2RD



email: GGIEMR@nottingham.ac.uk