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High-performance photothermal conversion graphene-based composite phase change material developed by Dalian Institute of Chemical Technology

 Last Update: 2021-11-16
 Source: Internet
 Author: User

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Recently, Shi Quan, a researcher at the Dalian Institute of Chemical Physics, Chinese Academy of Sciences, used a simple and easy synthesis strategy to develop a graphene-based composite phase change material with high light-to-heat conversion efficiency

Graphene-based composite phase change materials can solve the leakage problem in the phase change process of related materials, and have excellent light absorption capabilities, and have potential in the field of solar thermal conversion and storage

In response to this problem, Shi Quan’s team used a simple and direct one-step strategy to fill the polyethylene glycol phase change material into the graphene oxide network structure hydrogel in situ to construct a graphene-based stereotyped composite phase change material

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Dalian Institute of Chemical Technology has developed a high-performance photothermal conversion graphene-based composite phase change material

11-16

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High-performance photothermal conversion graphene-based composite phase change material developed by Dalian Institute of Chemical Technology

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Dalian Institute of Chemical Technology has developed a high-performance photothermal conversion graphene-based composite phase change material