An energy model for the transient flow boiling crisis under highly subcooled conditions at atmospheric pressure

Author:

Nop R.ORCID,Duluc M.-C.ORCID,Dorville N.ORCID,Kossolapov A.ORCID,Chavagnat F.ORCID,Bucci M.ORCID

Funder

French Alternative Energies and Atomic Energy Commission Administrative Headquarters

Publisher

Elsevier BV

Subject

General Engineering,Condensed Matter Physics

Reference33 articles.

1. Neutronics of Advanced Nuclear Systems;Wu,2019

2. Transient and steady state characteristics of a boiling reactor. The Borax experiment, 1953;Dietrich,1954

3. Report of the SPERT I destructive test program on an aluminum, plate-type, water-moderated reactor;Miller;Ido-16883,1964

4. Reactor power excursion tests in the SPERT IV facility;Crocker;Ido-17000,1964

5. The nuclear safety research reactor (NSRR) in Japan;Ishikawa,1979

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