JMST綜述“面向極端高溫環境應用的微/納米多尺度強韌化復合材料及其涂層研究進展”及其新近相關工作概覽
http://www.dpstg.com/uploadfile/wonderful/20220417213600_7865.pdf
2022年初西北工業大學李賀軍院士、國家杰青付前剛教授等領銜的凝固技術國家重點實驗室，陜西省纖維增強輕質復合材料重點實驗室（State Key Laboratory of Solidification Processing, Shaanxi Key Laboratory of Fiber Reinforced Light Composite Materials）科研團隊在材料領域著名期刊《Journal of Materials Science & Technology》正式發表了主題為“面向極端高溫環境應用的微/納米多尺度強韌化C/C復合材料及其涂層研究進展”綜述文章（2022年96期，31-68頁）。該文以長篇特邀綜述論文形式發表，并被遴選為封面文章。本綜述系統評述了微/納多尺度強韌化極端苛刻環境用耐高溫氧化/抗燒蝕復合材料最新重要進展，并對其強韌化機理和效果進行了著重論述。所述微/納多尺度強韌化材料包括納米顆粒(NPs)，碳納米管/碳納米纖維(CNT/CNFs)，納米線(NWs)，晶須，石墨烯，陶瓷纖維和混雜多尺度微/納結構等。全文綜合表格13個，大圖39幅，參考文獻243條，基于團隊十多年研究工作及相關課題組、研究單位成果綜述而成，總計兩萬余字。目前Scopus、Researchgate引用逾20條，感謝大家持續關注。相關工作得到了國家重點研發計劃、111創新引智基地項目、國家自然基金委、凝固技術國家重點實驗室基金、陜西省創新人才推進計劃基金、超高溫結構復合材料重點實驗室基金、GF基金和陜西省教育廳科研計劃項目等的經費支持。
https://doi.org/10.1016/j.jmst.2021.03.076
https://linkinghub.elsevier.com/retrieve/pii/S1005030221004527
參考文獻：Fu Qiangang, Zhang Pei, Zhuang Lei, Zhou Lei, Zhang Jiaping, Wang Jie, Hou Xianghui, Riedel Ralf, Li Hejun, Micro/nano multiscale reinforcing strategies toward extreme high-temperature applications: take carbon/carbon composites and their coatings as the examples, JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY (96) (2022) 31-68. 10.1016/j.jmst.2021.03.076
與該綜述文章相關主題有：微納多尺度材料，陶瓷、強韌化，復合材料，涂層，燒蝕、氧化，石墨烯、復合材料，等等。文章發表后引起相關領域關注，發稿前該文已被國內外多位專家學者在Corrosion Science、Carbon、ACS Nano、JMST、Ceramics International、Journal of the European Ceramic Society、Surface and Coatings Technology、Journal of the American Ceramic Society、Synthesis and Sintering、Materials Science and Engineering: A、 Composites Part A: Applied Science and Manufacturing等期刊發表的23篇文章引用。部分施引文獻如下（附Graphical abstract），特此分享以共同學習促進（文章均已正式發表，網絡可檢索，如有侵權交流請聯系作者，QQ781520976，謝謝關注）：
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附：（1）作者個人頁：
（2）所在團隊近年代表性學術專著
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