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• W1996724351 abstract "The effect of plasma deposited polymers on the nucleate boiling behavior of copper heat transfer surfaces, using water as the boiling liquid, was determined. The monomers used were tetrafluorethylene (TFE) and methane. It was found that an 18 nm thick coating of TFE enhanced the nucleate boiling, while a 150 nm thick coating reduced the nucleate boiling. Both 15 nm and 150 nm thick coatings of methane reduced the nucleate boiling, with the effect being more pronounced with the thicker coating. A surface energy effect is postulated to explain the enhanced boiling observed. On étudie l'effet des polymère déposés par plasma sur le comportement de l'ébullition nucléée avec des surfaces de cuivre en utilisant l'eau comme liquide bouillant. Les monomères utilisés sont le tetrafluoroethylène (TFE) et le méthane. On trouve qu'un revêtement de 1,8 × 10−8 m (180 Å) de TFE augmente l'ébullition nucléée tandis qu'une couche de 1,5 × 10−7 m (1500 Å) d'épaisseur diminue l'ébullition nucléée. Les deux revêtements de 1,5 × 10−8 et 1,5 × 10−7 mdeméthaneréduisentrébullitionnucléée, avecun effet plus prononcé pour le revêtement le plus épais. Un effet d'énergie de surface est avancé pour expliquer la modification de l'ébullition. Der Einfluβ plasma-gespritzter Polymere auf das Blasensieden von Wasser an Kupfer-Heizflächen wurde bestimmt. Die verwendeten Monomère waren Tetrafluoräthylen (TFE) und Methan. Es zeigte sich, daβ eine 1,8 ż 10−8 m (18 nm) dicke TFE-Beschichtung das Blasensieden verstärkt, eine solche von 1,5 ż 10−7 (150nm) Dicke es jedoch vermindert. Beide Methan-Beschichtungen (15 und 150nm dick) verminderten das Blassensieden wobei, der Einfluβ bei der dickeren Beschickung stärker ausgeprägt war. Zur Erklärung des beobachteten verstärkten Siedens wird ein Oberflächenenergie-Effekt herangezogen. Oпpeдeлялocь влияниe иaнeceнныч плakhcyzмeнным cпocoбoм пoлимepoв нa пoвeдeниe мeдныч тeплoпepeдaющич пoвepчнocтeй пpи пykhcyzыpькoвoм кипeнии. B кakhcyecтвe кипящeй khcyzидкocти иcпoльkhcyzoвaлacь вoдa, a в кakhcyecтвe пoкpытий — тeтpaфтopэтилeн (TфЭ) и мeтaн. нaйдeнo. khcyтo пpи тoлщинe cлoя TфЭ 1,8 10.8м(18 пм.) интeнcивнocть пykhcyzыpькoвoгo кипeния ycиливaлacь, a пpи тoлшинe 1,5 10.7 м (150 пм) — cинkhcyzaлacь. нa пoкpытияч иkhcyz мeтaнa тoлщинoй 1,5.10.8 м (15 пм.) и 1,5 ż 10.7 м (150 пм.) интeнcивиocть пykhcyzыpькoвoгo кипeния cниkhcyzaлacь. пpиkhcyeм тeм cильнee, khcyeм бoльшe тoлщинa пoкpытия. Bыcкakhcyzaнo пpeдпoлokhcyzeниe o влиянии пoвepчнocтнoй эиepгии нa интeнcификaцгию кипeния." @default.
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• W1996724351 date "1981-08-01" @default.
• W1996724351 modified "2023-10-14" @default.
• W1996724351 title "The effect of plasma-deposited polymers on the nucleate boiling behavior of copper heat transfer surfaces" @default.
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• W1996724351 doi "https://doi.org/10.1016/0017-9310(81)90186-1" @default.
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