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| Engineering a Versatile Spectrally Selective Absorber for Moderate- and Low-Temperature Application with Gradient High-Entropy Nitride Nanofilms 期刊论文
Solar RRL, 2021, 期号: online, 页码: 2100752
Authors: Cheng-Yu He（何成玉）; Peng Zhao（赵鹏）; Xiao-Li Qiu（邱晓莉）; Bao-Hua Liu（刘宝华）; Gang Liu（刘刚）; Xiang-Hu Gao（高祥虎）
 Adobe PDF(3079Kb) |  Favorite | View/Download：125/0 | Submit date：2021/11/22
high-entropy ceramics middle- and low-temperature spectrally selective thermal stability |
| Superhydrophobic Coatings with Photothermal Self-Healing Chemical Composition and Microstructure for Efficient Corrosion Protection of Magnesium Alloy 期刊论文
Langmuir, 2021, 期号: 37, 页码: 13527−13536
Authors: Zhang JJ(张娇娇); Zhao X(赵霞); Wei JF(魏晋飞); Li BC(李步成); Zhang JP(张俊平)
Adobe PDF(5730Kb) | Favorite | View/Download：86/0 | Submit date：2021/11/18 |
| Toward high-temperature thermal tolerance in solar selective absorber coatings: choosing high entropy ceramic HfNbTaTiZrN 期刊论文
Journal of Materials Chemistry A, 2021, 期号: 9, 页码: 21270-21280
Authors: Cheng-Yu He（何成玉）; Xiang-Hu Gao（高祥虎）; Dong-Mei Yu（于冬梅）; Shuai-Sheng Zhao（赵帅生）; Hui-Xia Guo（郭惠霞）; Gang Liu（刘刚）
Adobe PDF(1744Kb) | Favorite | View/Download：102/0 | Submit date：2021/11/22 |
| Toward a Scalable and Cost-Conscious Structure in Spectrally Selective Absorbers: Using High-Entropy Nitride TiVCrAlZrN 期刊论文
ACS Applied Energy Materials, 2021, 卷号: 4, 期号: 9, 页码: 8801-8809
Authors: Cheng-Yu He（何成玉）; Xin Zhang（张馨）; Dong-Mei Yu（于冬梅）; Shuai-Sheng Zhao（赵帅生）; Gang Liu（刘刚）; Xiang-Hu Gao（高祥虎）
Adobe PDF(6654Kb) | Favorite | View/Download：99/0 | Submit date：2021/11/22
spectrally selective absorber high-entropy alloy TiVCrAlZrN spectral selectivity thermal robustness |
| Reversible thermochromic superhydrophobic BiVO4 hybrid pigments coatings with self-cleaning performance and environmental stability based on Kaolinite 期刊论文
ACS Applied Materials & Interfaces, 2021, 期号: 13, 页码: 3228-3236
Authors: Wang XW(王晓雯); Mou B(牟斌); Xu J(许江); Wang AQ(王爱勤)
Adobe PDF(7683Kb) | Favorite | View/Download：50/0 | Submit date：2021/12/06 |
| Nanometer-Thick High-Entropy Alloy Nitride Al0.4Hf0.6NbTaTiZrN-Based Solar Selective Absorber Coatings 期刊论文
ACS Applied Nano Materials, 2021, 卷号: 4, 期号: 5, 页码: 4504–4512
Authors: Shuai-Sheng Zhao（赵帅生）; Xiao-Li Qiu（邱晓莉）; Cheng-Yu He（何成玉）; Dong-Mei Yu（于冬梅）; Gang Liu（刘刚）; Xiang-Hu Gao（高祥虎）
Adobe PDF(8365Kb) | Favorite | View/Download：77/0 | Submit date：2021/11/23
solar selective absorbing coating Al0.4Hf0.6NbTaTiZrN solar−thermal |
| Waterborne, non-fluorinated and durable anti-icing superhydrophobic coatings based on diatomaceous earth 期刊论文
New Journal of Chemistry, 2021, 期号: 45, 页码: 10409–10417
Authors: Xie H(谢华); Zhao X(赵霞); Li BC(李步成); Zhang JJ(张娇娇); Wei JF(魏晋飞); Zhang JP(张俊平)
Adobe PDF(3806Kb) | Favorite | View/Download：55/0 | Submit date：2021/11/18 |
| A novel multilayer high temperature solar absorber coating based on high-entropy alloy NbMoTaW: Optical properties, thermal stability and corrosion properties 期刊论文
Journal of Materiomics, 2021, 卷号: 7, 期号: 5, 页码: 895-903
Authors: Dong-Mei Yu（于冬梅）; Cheng-Yu He（何成玉）; Shuai-Sheng Zhao（赵帅生）; Hui-Xia Guo（郭惠霞）; Gang Liu（刘刚）; Xiang-Hu Gao（高祥虎）
Adobe PDF(3196Kb) | Favorite | View/Download：82/0 | Submit date：2021/11/23
High-entropy alloy NbMoTaW Solar absorbing coating Optical properties Thermal stability Corrosion behavior |
| Recent advances in the potential applications of hollow kapok fiber-based functional materials 期刊论文
Cellulose, 2021, 期号: 28, 页码: 5269-5292
Authors: Zheng YA(郑易安); Wang JT(王锦涛); Wang AQ(王爱勤)
Adobe PDF(1693Kb) | Favorite | View/Download：57/0 | Submit date：2021/12/07 |
| Highly Enhanced Thermal Robustness and Photothermal Conversion Efficiency of Solar-Selective Absorbers Enabled by High-Entropy Alloy Nitride MoTaTiCrN Nanofilms 期刊论文
ACS Applied Materials & Interfaces, 2021, 卷号: 13, 期号: 14, 页码: 16987−16996
Authors: Cheng-Yu He（何成玉）; Xiang-Hu Gao（高祥虎）; Dong-Mei Yu（于冬梅）; Hui-Xia Guo（郭惠霞）; Shuai-Sheng Zhao（赵帅生）; Gang Liu（刘刚）
Adobe PDF(7224Kb) | Favorite | View/Download：88/0 | Submit date：2021/11/22
solar selective absorber high-entropy alloy MoTaTiCrN thermal robustness photothermal conversion efficiency |
