Items where Author is "Fitzgerald, PL"

Journal article

HAYMAN, G.D., ABBOTT, J., DAVIES, T.J., THOMSON, C.L., JENKIN, M.E., THETFORD, R. and FITZGERALD, P.L., 2010. The ozone source-receptor model - a tool for UK ozone policy. Atmospheric Environment, 44 (34), pp. 4283-4297. ISSN 1352-2310

FITZGERALD, P.L., 2005. The superfield quantisation of a superparticle action with an extended line element. International Journal of Modern Physics A, 20 (12), pp. 2639-2655. ISSN 0217-751X

ASKARIEH, M.M., CHAMBERS, A.V., DANIEL, F.B.D., FITZGERALD, P.L., HOLTOM, G.J., PILKINGTON, N.J. and REES, J.H., 2000. The chemical and microbial degradation of cellulose in the nearfield of a repository for radioactive wastes. Waste Management, 20, pp. 93-106.

FITZGERALD, P.L., 1993. On the linearisation of classical membrane dynamics. Physics Letters B, 318, pp. 433-437.

FITZGERALD, P.L., 1988. Constrained dynamics and the local symmetries of the massive superparticle. Classical and Quantum Gravity, 5, pp. 59-70.

FITZGERALD, P.L., 1988. The quantisation of the massive N=2 superparticle. Zeitschrift für Physik C Particles and Fields, 44, pp. 313-318.

Conference contribution

AGG, P.J., ARCUS, A., BLACKWOOD, D., FITZGERALD, P.L., HOLTOM, G.J. and ROSEVEAR, A., 1996. Gas generation from low level radioactive waste: a comparison of model derived and experimental data. In: Proceedings of NATO Advanced Workshop on Microbial Degradation Processes in Radioactive Waste and Nuclear Fuel Storage Areas, Budapest, Hungary.

Research report for external body

REES, J.H., FITZGERALD, P.L. and THORNE, M.C., 2004. Risk from 14C-containing gas released from magnox wastes in a deep repository. Nirex.

FITZGERALD, P.L., REES, J.H. and SANCHEZ-FRIERA, P., 2004. Sensitivity of carbon-14 gas production in a deep repository to variations in repository conditions. Nirex.

FITZGERALD, P.L. and SWIFT, B.T., 2003. SMOGG, a simplified model of gas generation from radioactive wastes: user guide. Nirex.

FITZGERALD, P.L. and REES, J.H., 2003. Wastes from which carbon-14 gas could be generated in a deep repository. Nirex.

AGG, P.J., ARCUS, A., BLACKWOOD, D., FITZGERALD, P.L., HOLTOM, G.J., LINEHAM, T., ROSEVEAR, A. and SMART, N.R., 2002. The gas generation program, GAMMON: I model calibration. Nirex.

AGG, P.J., ARCUS, A., BLACKWOOD, D., FITZGERALD, P.L., HOLTOM, G.J., LINEHAM, T. and SMART, N.R., 2002. The gas generation program, GAMMON: II. A blind validation test. Nirex.

JENKIN, M.E., DAVIES, T.J., HAYMAN, G.D., THETFORD, R., FITZGERALD, P.L., DERWENT, R.G., COLLINS, W.J., SAUNDERS, S.M. and PILLING, M.J., 2001. Modelling of tropospheric ozone formation. UNSPECIFIED.

JENKIN, M.E., DAVIES, T.J., HAYMAN, G.D., STEDMAN, R., THETFORD, R., FITZGERALD, P.L., DERWENT, R.G., COLLINS, W.J., SAUNDERS, S.M. and PILLING, M.J., 2000. Modelling of tropospheric ozone formation. UNSPECIFIED.

BAKER, A.J., LEVER, M.C., THORNE, M.C., TWEED, C.J., WIKRAMARATNA, R.S., CHAMBERS, A.V., FITZGERALD, P.L., GHABAEE, K., GOODFIELD, M., HARRIS, A.W., HAWORTH, A., RODWELL, W.R. and TEARLE, W.M., 1997. NIREX 97: an assessment of the post-closure performance of a deep waste repository at Sellafield. Nirex.