材料科学与工程学院

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·	Enhanced cycle stability of...
·	Fabrication of Plate-like M...
·	SPEEK Membrane of Ultrahigh...
·	Effect of electrolyte pretr...
·	Nanostructured three-dimens...
·	Electric-field control of m...
·	700 ℃ isothermal section o...
·	Experimental study of the p...
·	Experimental study of the p...
·	Ablation Resistance of C/C ...
·	Microstructure and ablation...
·	Microstructure and ablation...
·	Ni2+-doped new silicate gla...
·	Super broadband near-infrar...
·	Electric-field control of m...
·	UV‐Resistant and Thermally...
·	UV-resistant hydrophobic Ce...
·	Preparation and properties ...
·	Graphene oxide/WS2/Mg-doped...
·	Engineering hetero-epitaxia...
·	Hydrothermal synthesis and ...
·	Novel preparation of anti-s...
·	Photocatalytic and electroc...
·	Photochemical synthesis and...
·	Preparation and electrochem...
·	Room-temperature deposition...
·	Study on the adhesive mecha...
·	Synthesis of N-doped carbon...
·	Fabrication of Mg-doped ZnO...
·	Role of hydroxylation modif...
·	Alleviating Surface Degrada...
·	Effect of Al substitution s...
·	Effects of different backbo...
·	Surface resistivity regulat...
·	Effects of lithium-active m...

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2021年5月28日下午，应材料学院邀请，广东省科学院新材料研究所张小锋高级工程师来我院作了题为“热/环境障涂层镀铝表面改性研究”的学术报告，报告由材料学院院长毛卫国教授主持，学院无机系师生参加了此次报告会。张小锋高工针对目前热/环境涂层面临的主要威胁之一——CMAS腐蚀开展报告，在现有的YSZ热障涂层基础上，提出了基于Al-ZrO2原位反应制备a-Al2O3层的磁控溅射镀铝表面改性方法，显著提高了涂层耐CMAS的腐蚀性能。张...