Prof Timothy Abram (BSc, MSc) - publications

Unknown

• T J Abram et al. European R&D in Sodium Fast Reactor Technology. -. eScholarID:114118
• T J Abram, P Bros, et al. HTR Specific Waste Characterisation Programme. -. eScholarID:114112
• T J Abram et al. The European Programme on High Temperature Reactor Nuclear Physics. -. eScholarID:114143

2009

• Basini, V., Abram, T J, et al. High-temperature reactor fuel technology in the RAPHAEL European project. Proceedings of the 4th International Topical Meeting on High Temperature Reactor Technology, HTR 2008. 2009: -. eScholarID:114102
• Kuijper, J.C., Abram, T. J. et al. PU and MA management in thermal HTGRs - Impact at fuel, reactor and fuel cycle levels. Proceedings of the 4th International Topical Meeting on High Temperature Reactor Technology, HTR 2008: 2009: -. eScholarID:114095

2008

• Tim Abram and Sue Ion. Generation-IV nuclear power: A review of the state of the science. Energy Policy. 2008; 36(12): 4323-4330. eScholarID:114083 | DOI:10.1016/j.enpol.2008.09.059
• T J Abram, M Phélip and M. Fϋtterer. High-Temperature Reactor Fuel Technology in the RAPHAEL European Project. 2008: -. eScholarID:114108
• E. López-Honorato, P.J. Meadows, P. Xiao, G. Marsh and T.J. Abram. Structure and mechanical properties of pyrolytic carbon produced by fluidized bed chemical vapor deposition. Nuclear Engineering and Design. 2008 November; 238(11): 3121-3128. eScholarID:114079 | DOI:10.1016/j.nucengdes.2007.11.022
• E. López-Honoratoa, C. Chiritescub, P. Xiaoa, Contact Information, David G. Cahillb, G. Marshc and T.J. Abramc. Thermal conductivity mapping of pyrolytic carbon and silicon carbide coatings on simulated fuel particles by time-domain thermoreflectance. Journal of Nuclear Materials. 2008 April; 378(1): 35-39. eScholarID:118104 | DOI:10.1016/j.jnucmat.2008.04.007

2007

• T J Abram. Justification Process for New Nuclear Power Stations in the UK (Nexia Solutions report). UK Dept of Trade and Industry: 2007 March. eScholarID:114091
• T J Abram et al. Plutonium Utilisation in Future UK PWRs Using MOX and Inert Matrix Fuels. Proc. GLOBAL-2007. 2007: -. eScholarID:114104

2006

• T J Abram, G Marsh, P Xiao & E Lopez. Fluidised Bed Chemical Vapour Deposition Of Pyrolytic Carbon. Ceramic Transactions. 2006 January; eScholarID:114087
• T J Abram. Integration of International Research in Innovative Generation-IV Reactor Systems. Proc. European Research in Reactor Systems. 2006: -. eScholarID:114115
• T J Abram, P Xiao, et al. Structure and Mechanical Properties of Pyrolytic Carbon Produced by Fluidized Bed Chemical Vapour Deposition. Proc. HTR2006. 2006: -. eScholarID:114106
• T J Abram & P J A Howarth. UK Involvement in Advanced Reactor Research. Nuclear Energy. 2006 March; 2(2): 79-89. eScholarID:114084

2005

• T J Abram, M Phélip, et al. High and Very High Temperature Reactor Fuel Technology. (5160) Proc. ICAPP ’05. 2005: -. eScholarID:114130
• T J Abram & C Degueldre. Inert Matrix Materials. 2005: -. eScholarID:114135
• T J Abram et al. Overview of an R&D Plan for the Development of a Generation IV Sodium-Cooled Fast Reactor System. Proc. ICAPP ’05. 2005: -. eScholarID:114132
• T J Abram, D Greneche and J C Kuijper. Plutonium Management by High Temperature Gas-Cooled Reactors. Proc. ICENES 2005. 2005: -. eScholarID:114126
• T J Abram et al. Status of the Advanced Fuel Project for Sodium-Cooled Fast Reactor as a Generation IV Nuclear Energy System. Proc. GLOBAL-2005. 2005: -. eScholarID:114123
• T J Abram and T A Lennox. The Generation-IV International Research Programme – The UK Contribution. Proc. GLOBAL-2005. 2005: -. eScholarID:114120

2004

• T J Abram, S E Ion & A J Bull. Meeting Europe's energy needs through next generation nuclear energy systems - An Industrial view of the role of EC co-sponsored research. J. Nuc. Eng. & Design. 2004; eScholarID:114089

2003

• T J Abram et al. HTR Nuclear Physics, Waste and Fuel Cycle Studies. Proc. International Congress on Advances in Nuclear Power Plants (ICAPP 2003). 2003: -. eScholarID:114138

2002

• A Technology Roadmap for Generation-IV Nuclear Energy Systems. United States Department of Energy: 2002 December. eScholarID:114090
• T J Abram et al. The European Programme on High Temperature Reactor Fuel Technology. Proc. Int. Congress of the European Nuclear Society (ENC 2002). 2002: -. eScholarID:114140

2001

• T J Abram et al. European Collaboration on Research into High Temperature Reactor Technology. OECD/NEA Advanced Reactors with Innovative Fuels (ARWIF-2001). 2001: -. eScholarID:114149
• T J Abram. PBMR - A New Reactor System for the 21st Century?. 1st UK Energy Choices Conference, BNIF/BNES. 2001: -. eScholarID:114146
• T J Abram, A J Wickham and P J Bramah. The Contribution of UK Organisations to the Development of New High Temperature Reactors. OECD/NEA 2nd Conference on High Temperature Engineering. 2001: -. eScholarID:114147
• T J Abram, M Lippens, R Conrad, R Konings, K Bakker, and C Hellwig. The Influence of Microstructure of MOX Fuel on its Irradiation Behaviour under Transient Conditions. Proc. European Research in Reactor Systems. 2001: -. eScholarID:114151
• T J Abram et al. The Role of International Collaboration within the European High-Temperature Reactor Technology Network (HTR-TN). International Conference on HTGR Application and Development. 2001: -. eScholarID:114153

2000

• J Wallenius, T J Abram & R Thetford. Nitride Fuel Irradiation and Modelling in the CONFIRM Project. 6th Int. information exchange meeting on actinide and FP P&T. 2000: -. eScholarID:114156
• T J Abram and D G Martin. Physical Properties and the Performance of Coated Fuel Particles at High Burnup. Euratom International Conference on HTR Fuels. 2000: -. eScholarID:114158
• T J Abram and T A Lennox. The Enhanced Gas-Cooled Reactor (EGCR). ICONE8 conference. 2000: -. eScholarID:114157