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Multifunctional Composite Phase Change Materials Shielding for Electronics

In a recent paper published in the journal Nano Energy Research, Chinese researchers at Beijing Normal University have been developing multifunctional composite phase change materials (PCMs) shielding to enhance the electronic devices’ ability to regulate temperature, convert solar energy into thermal energy, and absorb microwaves.

Yang liXiao chenPeicheng liXuemei diaoYuhao fengLaura thomsonRyan gaoPanpan liuUniversity of scienceSchool of environmentNano energy researchInnovation centerCollege of nuclear scienceSchool of materials scienceNational natural science foundation of chinaInstitute of advanced materials

Aerogel PCMs Enhance Electronic Device s Thermal Management

Aerogel PCMs Enhance Electronic Device s Thermal Management
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Xiao chenYang liPeicheng liRyan gaoYuhao fengPanpan liuXuemei diaoEditorial servicesNational natural science foundation of chinaNano energy researchCollege of nuclear scienceInstitute of advanced materialsProduction servicesSchool of environmentSchool of materials scienceInnovation center

Aerogel-based phase change materials improve thermal management, reduce microwave emissions in electronic devices

Aerogel-based phase change materials improve thermal management, reduce microwave emissions in electronic devices
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Xiao chenYang liSchool of materials scienceNano energy researchInstitute of advanced materialsNano research energyUniversity of scienceBeijing normal universityTechnology beijingAdvanced materialsNano energyMaterials science

Inorganic perovskite PV cell hits 17 04% via fullerene-derivative interlayer

Researchers have achieved an efficiency boost of 15.44% to 17.04% in all-inorganic perovskite solar cells by incorporating a conductive fullerene-derivative interlayer between the perovskite and electron transport layers. They claim that this enhancement also improves thermal stability.

Shangfeng yangNano energy researchNano energy