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FUEL DESIGN AND PERFORMANCE

Higher Burnup Fuel Design and Performance Experience.493... [Pg.471]

There is thus no single fuel-cycle strategy that is optimal for all countries at all times. So, in parallel with the development of specific fuel cycles and advanced HWR fuel designs is the development of generic advancements in fuel design and performance that can be applied to any of these advanced fuels, including SEU, MOX, or thorium, or to natural uranium. These include the following ... [Pg.487]

FUEL DESIGN AND PERFORMANCE 4.1. Number of fuel pins per subassembly... [Pg.52]

FUEL DESIGN AND PERFORMANCE (cont.) 4.2. Core fuel pin dimensions and fuel density... [Pg.54]

P.A. Lehman, C.E. Chamberlin, "Design and Performance of a Prototype Fuel Cell Powered Vehicle," Program and Abstracts 1996 Fuel Cell Seminar, November 17-20, 1996, Orlando, FL, pp. 567-570. [Pg.52]

Provides abstracts of worldwide research on design and performance of mechanical draft and natural draft wet, dry, and dry-wet combination cooling towers. Abstracts cover studies on size reduction, corrosion protection, and economic optimization of cooling towers primarily used with nuclear power plants and fossil fuel power plants. Also covered are abstracts which pertain to cooling towers used in waste-water treatment. It contains 305 abstracts, 65 of which are new entries to the previous edition. [Pg.264]

Staudt, R., Boyer, J., and Elter, J.F., Development, design, and performance of high temperature fuel cell technology, in Extended Abstracts for 2005 Fuel Cell Seminar, Palm Springs, CA, November 14-18, 2005, p. 207. [Pg.297]

R. P. Hensel, D. A. Harris, "Properties of Solid Fuels and Their Impact on Boiler Design and Performance," TIS-5889, September 10-13, 1978. [Pg.302]

Design and performance of porous materials such as electrode materials, fuel cells, and the like... [Pg.4]

Task 1, Project kick-olT Summarize the impact of system operating parameters on the design and performance of PEM and solid oxide fuel cells. [Pg.517]

The reference fuel design, quality, performance models, and methods discussed in Section 4.2.5.2.2.3 were used to calculate the fuel particle failure and the gaseous and metallic fission product releases as a function of time. The key attributes for fuel quality are summarized in Table 4.2-4 and the design is in Table 4.2-16. The following fuel particle failure mechanisms were considered in the analysis ... [Pg.303]

AR140 Design and performance ofWWER fuel. No. 379, 11 November 1996. [Pg.256]

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Design and performance

Design performance

Fuel performance

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