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First-principles studies of charged defect states in intrinsic ferromagnetic semiconductors: the case of monolayer CrI3

First-principles studies of charged defect states in intrinsic ferromagnetic semiconductors: the case of monolayer CrI3
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China National Key Rd Program , Quantum Espresso , National Natural Science Foundation , Guangdong Major Project , Applied Basic Research ,

Controllable plasmonic vortex sequence with on-chip discrete-slit-based metalens

Controllable plasmonic vortex sequence with on-chip discrete-slit-based metalens
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Natural Science Foundation Of Guangdong Province , National Natural Science Foundation Of China , Technology Program , Guangdong Major Project , Applied Basic Research , National Natural Science Foundation , Natural Science Foundation , Guangdong Province , Shenzhen Science ,

Modulating the Kinetics of Perovskite Film Growth

Perovskite solar cells (PVSCs) are an enticing alternative to conventional silicon-based solar cells due to their greater power efficiency and low cost. However, achieving long-term stability has been one of the most difficult challenges in their development. ....

Hong Kong , University Of Hong Kong , Hong Kong General , Macau General , Skyla Baily , Guangdong Hong Kong , Alex Jen Kwan Yue , Lee Shau Kee , City University Of Hong Kong , Energy Storage Technologies Industry , Energy Storage Technologies , Macao Joint Laboratory Of Optoelectronic , Japan Electrical Safety Environment Technology Laboratories , Research Grants Council , Green Tech Fund Of The Environment , Hong Kong Institute For Clean Energy , Ecology Bureau In Hong Kong , Technology Commission , A City University Of Hong Kong , Perovskite Film Growth , Non Volatile Additive , City University , Jen Kwan Yue , Hong Kong Institute , Clean Energy , Lee Shau Kee Chair Professor ,

Researchers develop an additive to efficiently improve the efficiency and stability of perovskite solar cells - ScienceDaily

Researchers develop an additive to efficiently improve the efficiency and stability of perovskite solar cells - ScienceDaily
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Hong Kong , Macau General , Yang Zhengbao , Chen Xiankai , Alex Jen Kwan Yue , Li Fengzhu , Lee Shau Kee , Francis Lin , Deng Xiang , Wu Shengfan , Guangdong Hong Kong , Japan Electrical Safety Environment Technology Laboratories , Research Grants Council , Technology Commission , Ecology Bureau In Hong Kong , Macao Joint Laboratory Of Optoelectronic , Green Tech Fund Of The Environment , Professor Alex Jen Kwan Yue , Lee Shau Kee Chair Professor , Materials Science , Hong Kong Institute , Clean Energy , Japan Electrical Safety , Environment Technology Laboratories , Nature Photonics , Miss Li Fengzhu ,

CityU researchers develop an additive to effi

Perovskite solar cells (PVSCs) are a promising alternative to traditional silicon-based solar cells because of their high power-conversion efficiency and low cost. However, one of the major challenges in their development has been achieving long-term stability. Recently, a research team from City University of Hong Kong (CityU) made a breakthrough by developing an innovative multifunctional and non-volatile additive which can improve the efficiency and stability of perovskite solar cells by modulating perovskite film growth. This simple and effective strategy has great potential for facilitating the commercialisation of PVSCs. ....

Macau General , Hong Kong , Li Fengzhu , Yang Zhengbao , Wu Shengfan , Guangdong Hong Kong , Alex Jen Kwan Yue , Francis Lin , Deng Xiang , Chen Xiankai , Lee Shau Kee , Research Grants Council , Method Of Research , Macao Joint Laboratory Of Optoelectronic , Technology Commission , Green Tech Fund Of The Environment , Ecology Bureau In Hong Kong , Japan Electrical Safety Environment Technology Laboratories , City University Of Hong Kong , City University , Professor Alex Jen Kwan Yue , Lee Shau Kee Chair Professor , Materials Science , Hong Kong Institute , Clean Energy , Japan Electrical Safety ,