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辐射污染水环境修复的技术瓶颈及突破方向OACHSSCD

Technical Bottlenecks and Breakthrough Directions of Radiation Pollution and Water Environment Restoration

中文摘要英文摘要

针对辐射污染水环境修复技术的发展需求,聚焦核素迁移转化调控、修复材料功能稳定性、跨尺度过程协同三大核心瓶颈,从界面微环境调控、功能材料精准创制、多技术协同集成等方向分析突破路径,并提出多学科交叉融合、修复安全协同评价、工程适配性优化的技术创新体系,旨在为辐射污染水体修复技术升级及生态安全保障提供方向指引.

In response to the development needs of radiation contaminated water environment remediation technology,this paper focuses on three core bottlenecks:nuclide migration and transformation regulation,functional stability of remediation materials,and cross scale process collaboration.The breakthrough path is analyzed from the aspects of interface microenvironment regulation,precise creation of functional materials,and multi technology collaborative integration.A technology innovation system that integrates multiple disciplines,collaborative evaluation of remediation safety,and optimization of engineering adaptability is proposed,aiming to provide direction guidance for the upgrading of radiation contaminated water remediation technology and ecological security guarantee.

李元江

山东城市建设职业学院,济南 250103

资源环境

辐射污染水环境修复技术瓶颈突破方向

radiation pollutionwater environment restorationtechnical bottleneckbreakthrough direction

《中国资源综合利用》 2026 (1)

211-213,3

10.3969/j.issn.1008-9500.2026.01.065

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