机译:使用树突式六氰基甲酸酯/碳纳米管杂交种子从核废料中除放射性铯的电化学除去放射性铯
College of Life Sciences and Chemistry College of Geography and Environmental Science Zhejiang Normal University;
College of Life Sciences and Chemistry College of Geography and Environmental Science Zhejiang Normal University;
College of Life Sciences and Chemistry College of Geography and Environmental Science Zhejiang Normal University;
Center of Special Materials and Technology Fudan University;
College of Life Sciences and Chemistry College of Geography and Environmental Science Zhejiang Normal University;
State Key Laboratory of Electroanalytical Chemistry Changchun Institute of Applied Chemistry Chinese Academy of Sciences;
copper hexacyanoferrate; core-shell structure; radioactive cesium removal; electrically-switched ion exchange;
机译:使用树突式六氰基甲酸酯/碳纳米管杂交种子从核废料中除放射性铯的电化学除去放射性铯
机译:制备用于从放射性废水中电化学去除铯的六氰合铁酸铜纳米颗粒薄膜
机译:过渡金属六氰基高铁酸盐从核废料溶液中去除放射性铯
机译:在电化学吸附系统中通过铜六氰基甲醛丙酯膜涂覆电极从水溶液中除去铯
机译:开发用于从放射性和非放射性废物流中去除金属离子的材料。
机译:流量减少装置设计的电化学减少水生产的放射性铯和碘离子的去除效率
机译:电化学吸附系统中六氰基高铁酸铜镀膜电极从水溶液中去除铯