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Can I read Thermosetting Semi-interpenetrating Phase Change Materials with Heat-triggered Network Self-dissociation on EtoBox?
Thermosetting Semi-interpenetrating Phase Change Materials with Heat-triggered Network Self-dissociation by Fu, Xiaowei (author);Yuan, Anqian (author);Lei, Yuan (author);Wei, Zhengkai (author);Xu, Hualiang (author);Lei, Jingxin (author) is a Engineering article available to read on EtoBox.
What is Thermosetting Semi-interpenetrating Phase Change Materials with Heat-triggered Network Self-dissociation about?
Thermosetting semi-interpenetrating phase change materials (SIPCMs) containing anchored and free polyethylene glycol (PEG) were synthesized via high efficiency esterification reaction without by-products of low molecular weight, enabling heat-triggered bulk network self-dissociation (NSD) towards linear/branched polymers from polymer networks. The NSD resulted from the catalyst-involved transesterification reaction between free PEG and network chains with readily tunable heat-triggered conditions. The SIPCMs with latent heat up to 130 J/g had high thermal reliability and stability during phase change (~50 • C) and could encounter with NSD above triggered temperature (150-180 • C). The NSD technique will enable the sustainability, recycling and degradability of thermosets, providing an alternative to molecular design of smart polymer networks.
Who reads Thermosetting Semi-interpenetrating Phase Change Materials with Heat-triggered Network Self-dissociation?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Fu, Xiaowei (author);Yuan, Anqian (author);Lei, Yuan (author);Wei, Zhengkai (author);Xu, Hualiang (author);Lei, Jingxin (author)
- Publisher
- Elsevier BV
- Published
- 2021
- Language
- EN
- Field
- Engineering (Physical Sciences)