Interfacial heat transfer enhancement mechanism of carbon nanotubes
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Beschreibung
This monograph systematically explores the interfacial heat transfer enhancement mechanism of carbon nanotube (CNT) assembly structures, addressing the critical bottleneck of low thermal conductivity caused by weak inter-tube coupling. The book investigates the effects of various microstructures (halogen molecules, polypyrrole chains, metal structures, linear carbon chains, etc.) on CNT interfacial heat transfer, revealing the core mechanisms of low-frequency resonance induction and additional heat transfer channel construction.
This monograph systematically explores the interfacial heat transfer enhancement mechanism of carbon nanotube (CNT) assembly structures, addressing the critical bottleneck of low thermal conductivity caused by weak inter-tube coupling. The book investigates the effects of various microstructures (halogen molecules, polypyrrole chains, metal structures, linear carbon chains, etc.) on CNT interfacial heat transfer, revealing the core mechanisms of low-frequency resonance induction and additional heat transfer channel construction.
Comprehensively cover multiple microstructure loading types for CNT interfacial heat transfer enhancement Provides practical simulation methods and parameter settings for CNT interfacial thermal conductance calculation Integrates theoretical analysis, simulation verification, and application prospects
Autor*in
Hanying Zou
Themen in »Interfacial heat transfer enhancement mechanism of carbon nanotubes«
Carbon nanotubes Interfacial heat transfer Microstructure loading Thermal enhancement Molecular dynamics simulation Phonon Halogen molecules Polypyrrole Metal nanoclusters Linear carbon chains