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「SSPM」 Kim, S., Ko, W., Kim, H., Chung, Y., Bang, S., & Revankar, S. T. (2010). “ECONOMIC VIABILITY TO BeO-UO2 FUEL BURNUP EXTENSION”. Nucl. Eng. Tech, 43(2), 141-148.
Lab: Strategic Sustainable Performance Management
Professor: Yanghon Chung
Title: ECONOMIC VIABILITY TO BeO-UO2 FUEL BURNUP EXTENSION
Authors: SK Kim, WI Ko, HD Kim, YANGHON Chung, Sungsig Bang, Shripad T Revankar
Journal: Nucl. Eng. Tech
Publish: 2010
Abstract:
This paper presents the quantitative analysis results of research on the burnup effect on the nuclear fuel cycle cost of BeO-UO2 fuel. As a result of this analysis, if the burnup is 60 MWD/kg, which is the limit under South Korean regulations, the nuclear fuel cycle cost is 4.47 mills/kWh at 4.8wt% of Be content for the BeO-UO2 fuel. It is, however, reduced to 3.70mills/kWh at 5.4wt% of Be content if the burnup is 75MWD/kg. Therefore, it seems very advantageous, in terms of the economic aspect, to develop BeO-UO2 fuel, which does not have any technical problem with its safety and is a high burnup & long life cycle nuclear fuel.
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