L’hypervapotron est un système de refroidissement. Ce type de système est notamment utilisé dans le puissant émetteur radiophonique d’Allouis et dans . Title: Computational modelling of the HyperVapotron cooling technique for nuclear fusion applications.
L`hypervapotron est un système de refroidissement. Ce type de système est notamment utilisé dans le puissant émetteur radiophonique d`Allouis e. One of the most promising candidates is the HyperVapotron, a water cooled device which relies on internal fins and boiling heat transfer to maximise the heat .
HyperVapotron, a water cooled device which relies on internal fins and boiling heat. Comparing the CFD solutions with HyperVapotron experimental data . Box 8560 San Diego, California 92186-9784. Potential for improvement in high heat flux HyperVapotron element. The water cooled HyperVapotron (HV) structure, which relies on internal . In the light of the needs to develop high-performance heat transfer component for nation-level large-scale scientific projects of China, a hypervapotron . Abstract: Recent on high heat flux testing of hypervapotron beam stopping elements are discussed.
Two issues are being addressed: a) fatigue lifetime of . Hypervapotron width also plays a role in heat transfer and CHF.
A hypervapotron is an excellent candidate for thermal management (TM) in cases where single-side high heat flux removal (HHFR) is of prime importance. Title, Performance of hypervapotron beam stopping elements in JET. Hypervapotron technique in subcooled flow boiling CHF on ResearchGate, the professional network for scientists.
A hypervapotron is an excellent candidate for single-side high heat flux removal (HHFR). Hypervapotron HHFR is accomplished by subcooled two-phase flow . Recently flat tile armoured mock-ups cooled by a hypervapotron tube successfully sustained a cascade failure test under a mean heat flux of . Flow characteristics in HyperVapotron elements operating with Nanofluids – (FINAL – IAEA TEMPLATE).