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基于微流控的海洋监测技术
齐 骥; 相佳雯; 林 栋; 王莉燕; 李博伟; 陈令新
Source Publication海岸科学
2022-08-23
Volume9Issue:2Pages:16-23
Keyword环境分析 微纳流控 化学传感 传感器 仪器
MOST Discipline Catalogue主要从事化学传感与微流控芯片研究
AbstractIn the process of recognizing the laws of the ocean, developing the marine economy, protecting and restoring the marine ecological environment, marine analysis and monitoring are essential technologies. Modern ocean monitoring presents the characteristics of in-situ, on-site, and comprehensive, and requires analysis and monitoring equipment to be small, sensitive, rapid, and automated. Microfluidic chip technology, with its outstanding characteristics of micro channel control, low-cost, and high throughput, combined with advanced chemical analysis methods, has shown excellent prospects in the construction of core sensing components of marine analysis and monitoring equipment. In this review, starting from the manufacture of microfluidic chips and the construction of analysis methods, the typical objects of marine monitoring were classified, involving pH, dissolved oxygen, nutrients, heavy metals, organic pollutants and marine microorganisms. The progress of application research in monitoring was reviewed, and its future development was prospected.
Other Abstract在认知海洋规律、发展海洋经济、保护与修复海洋生态环境的过程中,海洋分析监测是必不可少的技术手 段。 现代海洋监测呈现原位、实时、立体化的特点,要求海洋分析监测装备具有小型、灵敏、快速、自动化的特点。 微流 控芯片技术以其突出的微通道流控、低能耗、高通量等特点,结合先进化学分析方法,在海洋分析监测装备核心传感部 件的构建方面展现出较好的发展潜力。 本文从微流控芯片的制备以及其分析方法构建出发,按海洋监测典型对象分 类,涉及酸碱度、溶解氧、营养盐、重金属、有机污染物和海洋微生物,综述了近年来微流控技术在海洋分析监测中的应 用研究进展,并对其未来发展进行了展望。
Funding Organization∗国家自然科学基金项目(22106179)资助
Language中文
WOS KeywordEnvironmental analysis ; Micro-nanofluidics ; Chemical sensing ; Sensor ; Instrumen
Document Type期刊论文
Identifierhttp://ir.yic.ac.cn/handle/133337/31789
Collection《海岸科学》
Affiliation1.中国科学院海岸带环境过程与生态修复重点实验室(烟台海岸带研究所) 海岸带环境工程技术研究与发展中心;
2.中国科学院大学
Recommended Citation
GB/T 7714
齐 骥,相佳雯,林 栋,等. 基于微流控的海洋监测技术[J]. 海岸科学,2022,9(2):16-23.
APA 齐 骥,相佳雯,林 栋,王莉燕,李博伟,&陈令新.(2022).基于微流控的海洋监测技术.海岸科学,9(2),16-23.
MLA 齐 骥,et al."基于微流控的海洋监测技术".海岸科学 9.2(2022):16-23.
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