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- Professor He Jiaqing's team continuously publishes the latest series of PbTe-based thermoelectric materials in top journals
- Recently, Professor He Jiaqing, Department of Physics, Southern University of Science and Technology, published an academic paper Extraordinary Thermoelect in Advanced Materials (19.791) and Energy & Environmental Science (29.518). Ric Performance Realized in n-type PbTe through Multiphase Nanostructure Engineering and Large Enhancement of Thermoelectric Properties in n-type PbTe via dual-site point defects. The first paper is co-authored by visiting scholar Zhang Jian and assistant professor Wu Di, and the only correspondent is He Jiaqing. The second paper is co-authored by postdoctoral Fu Liangwei and Yin Meijie, and co-authored by assistant professors Huang Li and He Jiaqing in the Department of Physics. The first unit of both papers is Southern University of Science and Technology.
2019-05-28See Details
- Thermoelectric Materials: Entering a New Era of Research and Development of New Energy Materials and Devices
- Professor Fan Ping's teamHe is a senior expert in the field of material physics and has rich theoretical and practical experience. He has accumulated a lot in the field of semiconductor materials and devices, especially thin film semiconductor materials and devices.He is the director of Shenzhen Key Laboratory of Advanced Thin Film and Applications, director of Shenzhen University Institute of Thin Film Physics and Applications, and leader of the interdisciplinary subject of thin film physics an...
2019-05-28See Details
- Will the Matrix become a reality when the Institute of Metals, Chinese Academy of Sciences, develops new materials for generating electricity from body temperature?
- Shenyang State Laboratory of Materials Science, Institute of Metals, Chinese Academy of Sciences, has developed new materials that can generate electricity by using body temperature. A single gray soft film sample less than one finger wide and 0.1 mm thick is attached to the wrist of the human body, and the connected measuring meter immediately shows a distinct output voltage.This high-performance flexible thermoelectric material can achieve the thinnest only tens of microns, and thin film batte...
2019-05-28See Details
- Topological materials are ideal thermoelectric materials
- Imagine the following scenario: instead of relying on traditional electric power to run air conditioning, you rely on the heat of the sun in the warm summer to run air conditioning. With the advancement of thermoelectric technology, this sustainable solution may one day become a reality.Thermoelectric devices are made of materials capable of converting temperature differences into electricity without the need for any moving parts - a property that makes them potentially attractive sources of pow...
2019-05-28See Details
