Theoretical and experimental study of a thermal damper based on a CNT/PCM composite structure for transient electronic cooling

Christophe Kinkelin,Stéphane Lips,Ulrich Soupremanien, Vincent Remondière,Jean Dijon,Hélène Le Poche,Emmanuel Ollier,Malek Zegaoui,Nathalie Rolland,Paul-Alain Rolland,Sandrine Lhostis, Brigitte Descouts,Yann Kaplan,Frédéric Lefèvre

Energy Conversion and Management（2017）

Cited 37|Views48

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Abstract

•Two non-dimensional parameters enabling to design an ideal thermal damper are identified.•Latent energy storage capacity of embedded PCM is estimated and reaches 1.6Jcm−2.•Total thermal resistance of thermal damper is estimated via laser flash method.•Dominant thermal resistances are localized at the interfaces between silicon and CNT.

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Key words

Vertically aligned carbon nanotubes,Phase change material,Thermal energy storage,Interfacial thermal resistance,Transient electronic cooling

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