ABSTRACT The Supercritical Water-cooled Reactor / M. Rohde Delft University of Technology / Delft University of Technology Faculty / Economic Simplified Boiling Water Reactor / Delft University of Technology / Lathouwers Delft University of Technology / High Performance Light Water Reactor / /
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energy demand / active systems / steady state solutions / nuclear reactor technology / gas-cooled fast reactor / reactor technology / energy technologies / energy / /
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Faculty of Applied Sciences Delft / European Union / Delft University of Technology / Faculty of Applied Sciences / Delft University of Technology Faculty / Rohde Committee / /
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Van Bragt / /
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Science thesis Supervisor / /
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Radiation / energy technologies / heat transfer / reactor technology / Light Water Reactor technology / nuclear reactor technology / /
Linear analysis of thermal inertia effects on the thermal-hydraulic stability of a natural circulation driven supercritical water loop G.I.A. Lippens February 18, 2014