Experimental investigation of the heat transfer characteristics,operating limits,and temperature distribution of a prototypically 3 m long two-phase closed thermosyphon for spent fuel pool passive coolingOA
Experimental investigation of the heat transfer characteristics,operating limits,and temperature distribution of a prototypically 3 m long two-phase closed thermosyphon for spent fuel pool passive cooling
Sergio Iván Cáceres Castro;Marc Kirsch;Rudi Kulenovic;Jörg Starflinger
Institute of Nuclear Technology and Energy Systems,University of Stuttgart,Stuttgart 70569,GermanyInstitute of Nuclear Technology and Energy Systems,University of Stuttgart,Stuttgart 70569,GermanyInstitute of Nuclear Technology and Energy Systems,University of Stuttgart,Stuttgart 70569,GermanyInstitute of Nuclear Technology and Energy Systems,University of Stuttgart,Stuttgart 70569,Germany
thermosyphontemperature distributionfilling ratiostainless steel-water
thermosyphontemperature distributionfilling ratiostainless steel-water
《实验与计算多相流（英文）》 2024 (3)
229-241,13
The present work was funded by the German Federal Ministry for the Environment,Nature Conservation,Nuclear Safety and Consumer Protection(BMUV,Project No.1501612A)on the basis of a decision by the German Bundestag.
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