Development of a composite structured surface for durable anti-hydrate and enhancing thermal conductivity
- Resource Type
- ACADEMIC JOURNAL
- Zhang, Wenjuan a; Fan, Shuanshi a, ⁎; Wang, Yanhong a, b; Lang, Xuemei a; Li, Gang a
- In International Journal of Heat and Mass Transfer 15 August 2022 192
Highlights •A composite structured surface was developed for durable hydrophobicity.•Composite structure achieved high thermal conductivity.•The surface has superior anti-hydrate performance.•The surface reduced retained water after decomposition.