Comprehensive Nuclear Materials, Volume 3: Advanced Fuels / by R.J.M. Konings (editor)

By R.J.M. Konings (editor)

Accomplished Nuclear fabrics discusses the key periods of fabrics appropriate for utilization in nuclear fission, fusion reactors and excessive strength accelerators, and for various services in fuels, cladding, moderator and keep an eye on fabrics, structural, sensible, and waste material. The paintings addresses the total landscape of latest overseas learn in nuclear fabrics, from Actinides to Zirconium alloys, from the worlds major scientists and engineers.
Critically studies the key sessions and features of fabrics, assisting the choice, evaluate, validation and engineering of fabrics in severe nuclear environment
Fully built-in with F-elements.net, a proprietary database containing precious cross-referenced estate facts at the lanthanides and actinides
Details modern advancements in numerical simulation, modelling, experimentation, and computational research, for potent implementation in labs and vegetation

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By R.J.M. Konings (editor)

Accomplished Nuclear fabrics discusses the key periods of fabrics appropriate for utilization in nuclear fission, fusion reactors and excessive strength accelerators, and for various services in fuels, cladding, moderator and keep an eye on fabrics, structural, sensible, and waste material. The paintings addresses the total landscape of latest overseas learn in nuclear fabrics, from Actinides to Zirconium alloys, from the worlds major scientists and engineers.
Critically studies the key sessions and features of fabrics, assisting the choice, evaluate, validation and engineering of fabrics in severe nuclear environment
Fully built-in with F-elements.net, a proprietary database containing precious cross-referenced estate facts at the lanthanides and actinides
Details modern advancements in numerical simulation, modelling, experimentation, and computational research, for potent implementation in labs and vegetation

Show description

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Additional info for Comprehensive Nuclear Materials, Volume 3: Advanced Fuels / Fuel Cladding / Nuclear Fuel Performance Modeling and Simulation

Example text

1Nd (in wt%) were added to the metal charge, simulating the fission product elements that may remain in the pyroprocess products. Precipitations of these elements were not detected in the U–Zr slugs. Improvement in throughput can be achieved by increasing the casting ratio (weight percentage of the injected metal relative to the charged metal). Optimizing the depth of the mold bottom end in the molten fuel and the array pattern of the mold bundle resulted in a reasonable casting ratio of 70–80%.

Even when a metal fuel pin is breached, the fuel slug does not react with the sodium reactor coolant and the breach site is not enlarged. 2Pu 919 which enlarge the breach site. In order to confirm the benign behavior of breached metal fuel pins, a number of run-beyond-cladding-breach (RBCB) tests3,4,111 were conducted in EBR-II. In the tests, the claddings of irradiated fuel pins were thinned mechanically to promote cladding breach, and were then reinserted into the reactor. 3,4,111 At the time of cladding breach, bond sodium and fission gas were expelled through the breach site.

Fuel constituent migration affects the local solidus temperature and thermal conductivity of the fuel slug. % burnup), most of the gas atoms generated by fission stay in the fuel slug and form gas bubbles. This leads to a large swelling of the fuel slug at this stage. % or larger swelling is allowed, further irradiation increases the population and volume of the bubbles, and causes coalescence among them. Progression of the coalescence leads to the formation of open pores that are 22 Metal Fuel Table 6 Representative irradiation test assemblies in the IFR program Test assembly no.

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