姓名：李闻乐 | 学院：材料科学与工程 | |
学位：博士 | 职称：教授 | |
专业：材料科学与工程 | 导师类别：博导 | |
电子邮箱：wli@upc.edu.cn | ||
通讯地址：山东省青岛市黄岛区长江西路66号 | ||
概况：李闻乐，中国石油大学(华东)光华学者，材料科学与工程学院教授，博士生导师，弗吉尼亚理工大学(美国)材料科学与工程博士，先后于伊利诺伊大学(美国)和巴斯夫公司(美国)开展科研工作，从事“环境响应智能材料”及“纳米复合材料”的研究工作，承担多项国际高校、企业科研项目，获国际化学工程师学会“全球奖”(icheme global award)、巴斯夫“科技创新奖”(coatings impact award)。 | ||
v 研究方向 “自适应性”是区别智能材料和传统材料的显著特征。团队围绕刺激响应结构及功能的研究，揭示“自适应材料体系”的基本设计原理，探索智能响应结构在工程材料和先进制造领域的应用。研究从微观体系出发，利用纳米自组装结构、微米核壳结构、精细表面结构、动态高分子结构承载响应功能，实现微尺寸结构对力、热、光、电、磁、超声及活性分子的主动响应。通过对多种微结构的关联组装，团队重点关注复合材料在环境刺激下的响应特性，开展自主修复材料、应力传感材料、分子控释材料、碳捕获材料、智能催化材料的基础及应用研究。 v 近期论文 § li, w.; lu, x.; diamond, j. m.; shen, c.; jiang, b.; sun, s.; moore, j. s.; sottos, n. r. photo-modulated activation of organic bases enabling microencapsulation and on-demand reactivity. nature communications 15, 2771 (2024). § jiang, bo.; mu, m.; zhou, y.; zhang, j.; li, w. nanoparticle-empowered core–shell microcapsules: from architecture design to fabrication and functions. small 2311897 (2024). § odarczenko, m. t.; thakare, d.; li, w.; venkateswaran, s. p.; sottos, n. r.; white, s. r. sunlight-activated self-healing polymer coatings. advanced engineering materials 22 (3) 1901223 (2020). § lu, x.; li, w.; sottos, n. r.; moore, j. s. autonomous damage detection in multilayered coatings via integrated aggregation-induced emission luminogens. acs applied materials & interfaces10 (47), 40361 (2018). § odarczenko, m., thakare, d., li, w., yang, k., tang, s., vankateswaren, s. p., sottos, n. r. and white, s. r. self-protecting epoxy coatings with anticorrosion microcapsules. acs omega 3, 14157 (2018). § geng, j.; li, w.; smaga, l. p.; sottos, n. r.; chan, j. damage-responsive microcapsules for amplified photoacoustic detection of microcracks in polymers. chemistry of materials 30, 2198 (2018). § li, w.; matthews, c. c.; yang, k.; odarczenko, m. t.; white, s. r.; sottos, n. r. autonomous indication of mechanical damage in polymeric coatings. advanced materials 28, 2189 (2016). § robb, m. j.; li, w.; gergely, r. c. r.; matthews, c. c.; white, s. r.; sottos, n. r.; moore, j. s. a robust damage-reporting strategy for polymeric materials enabled by aggregation-induced emission. acs central science 2, 598 (2016). § chen, b.; yang, m.; zheng, x.; wu, c.; li, w.; yan, y.; bisquert, j.; garcia-belmonte, g.; zhu, k.; priya, s. impact of capacitive effect and ion migration on the hysteretic behavior of perovskite solar cells.the journal of physical chemistry letters6, 4693 (2015). § li, w.; chen, b.; walz, j. y. positioning growth of scalable silica nanorods on the interior and exterior surfaces of porous composites. journal of materials chemistry a3, 2019 (2015). | ||
