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埃及国家计量院Nour F. Attia教授：Scalable Production of Sustainable Spherical Nanoparticles for Integrating Fire Safety, Antibacterial and UV Protection Features for Textile Fabrics
- 来源：
- 学校官网
- 收录时间：
- 2026-03-27 16:28:11
- 时间：
- 2026-03-31 15:00:00
- 地点：
- 19号楼201会议室
- 报告人：
- Nour F. Attia
- 学校：
- 华南理工大学
- 关键词：
- sustainable nanoparticles, fire safety, antibacterial, UV protection, textile fabrics, functional coatings, nanomaterials
- 简介：
- Textiles and their related base materials constitute the majority of various market products due to merits like flexibility, good mechanical properties, cost-effectiveness, and functionalization adaptability. However, their organic composition presents challenges: high-energy UV sensitivity, flammability, microbial susceptibility, and thermal instability. Therefore, various coating layers and functionalization are mandatory to be suitable for high-tech applications. Interestingly, sustainable nanomaterials offer green solutions for these multifunctional coatings. Hence, this lecture will cover all coating routes for textile fabrics for integrating high fire safety, UV protection, antibacterial and reinforcement properties, while also outlining the sustainability of these fabrication processes.
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报告介绍：
Textiles and their related base materials constitute the majority of various market products due to merits like flexibility, good mechanical properties, cost-effectiveness, and functionalization adaptability. However, their organic composition presents challenges: high-energy UV sensitivity, flammability, microbial susceptibility, and thermal instability. Therefore, various coating layers and functionalization are mandatory to be suitable for high-tech applications. Interestingly, sustainable nanomaterials offer green solutions for these multifunctional coatings. Hence, this lecture will cover all coating routes for textile fabrics for integrating high fire safety, UV protection, antibacterial and reinforcement properties, while also outlining the sustainability of these fabrication processes.
报告人介绍：
Nour F. Attia教授是埃及国家计量院化学部气体分析与消防安全实验室教授，在纳米化学、能源气体储存、气体分离与温室气体捕获、智能纺织品、阻燃剂和水处理等领域做出了研究贡献。2020年获国际Obada奖，2020年获共和国总统一等卓越勋章，2022年获Mansoura大学“气候变化缓解最佳应用研究文章奖”，2021—2025年连续五年被斯坦福大学评为“全球TOP2%科学家”。他目前是埃及国家新型与先进材料委员会成员，埃及电力与能源研究委员会成员，曾担任埃及青年科学院（EYAS）成员（2021-2024），并且是多个由埃及科学研究与技术院（ASRT）和科学技术发展基金（STDF）资助研究项目的首席研究员。在高水平国际期刊发表论文116篇，获得了6项国际专利，出版专著5本。
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