首页|2024年我国化工新材料科技与产业进展

2024年我国化工新材料科技与产业进展

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化工新材料是指在化学化工研发、制备和应用过程中,有新结构、新方法、新性能指标、新应用的化工材料,是国民经济基础性产业。近些年,我国化工新材料科技和产业发展速度较快,特别表现在储能材料、光电转换材料、光催化材料、电子材料、先进复合材料用树脂及高性能纤维材料、功能性涂料和粘合剂等方面,已在风电光电、新能源汽车、航空航天、半导体封测等多个领域发挥重要作用,形成新质生产力。中国化工学会化工新材料专委会将每年组织学会专家学者编写当年的化工新材料的科技产业进展情况,发表在《化工新型材料》杂志上与广大读者见面。
Progress of China's new chemical materials technology and industry in 2024
New chemical materials refer to materials characterized by novel structures,innovative preparation methods,improved performance metrics,and expanded application domains,developed through chemical research,synthesis,and utilization.As a cornerstone of the national economy,new chemical materials constitute a critical foundation for technological progress.In recent years,China's new chemical materials industry has undergone rapid advancement,particularly in areas such as energy storage materials,photoelectric conversion materials,photocatalytic materials,electronic materials,high-performance resins and fiber materials for advanced composites,as well as functional coatings and adhesives.These materials have played a pivotal role in driving development across multiple sectors,including wind power,photovoltaics,new energy vehicles,aerospace,and semiconductor packaging and testing,thereby fostering the emergence of high-quality productivity.To systematically document and disseminate these advancements,the New Chemical Materials Professional Committee of the CIESC will organize leading experts and scholars to compile an annual report on scientific and technological progress of new chemical materials of the year.This report will be published in the journal New Chemical Materials,providing a comprehensive resource for researchers and practitioners.

new chemical materialsenergy storage materialsphotoelectric conversion materialsphotocatalytic materialselectronic materialsresins for advanced composite materialshigh-performance fibers

中国化工学会化工新材料专业委员会

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中国化工学会化工新材料专业委员会,北京100029

化工新材料 储能材料 光电转换材料 光催化材料 电子材料 先进复合材料用树脂 高性能纤维

2025

化工新型材料
中国化工信息中心

化工新型材料

北大核心
影响因子:0.357
ISSN:1006-3536
年,卷(期):2025.53(1)