引用本文:
Jia Ming LIU, Yun Xiong WU, Shao Xian LIN, Fei Ming LI, Xiu Mei SHI, Zhong Bin SHI, Guo Hui ZHU, Zhi Ming LI, Xiao Mei HUANG. Determination of Trace Mercury by Catalytic Solid Substrate-room Temperature Phosphorimetry[J]. Chinese Chemical Letters,
2006, 17(12): 1582-1584.
Citation: Jia Ming LIU, Yun Xiong WU, Shao Xian LIN, Fei Ming LI, Xiu Mei SHI, Zhong Bin SHI, Guo Hui ZHU, Zhi Ming LI, Xiao Mei HUANG. Determination of Trace Mercury by Catalytic Solid Substrate-room Temperature Phosphorimetry[J]. Chinese Chemical Letters, 2006, 17(12): 1582-1584.
Citation: Jia Ming LIU, Yun Xiong WU, Shao Xian LIN, Fei Ming LI, Xiu Mei SHI, Zhong Bin SHI, Guo Hui ZHU, Zhi Ming LI, Xiao Mei HUANG. Determination of Trace Mercury by Catalytic Solid Substrate-room Temperature Phosphorimetry[J]. Chinese Chemical Letters, 2006, 17(12): 1582-1584.
Determination of Trace Mercury by Catalytic Solid Substrate-room Temperature Phosphorimetry
摘要:
A new highly sensitive method (detection limit: 4.1 ag spot-1, sample volume: 0.4 μL spot-1) for the determination of trace Hg2+ by catalytic solid substrate-room temperature phosphorimetry has been established in this paper. This method has been successfully applied to determine trace Hg2+ in water.
English
Determination of Trace Mercury by Catalytic Solid Substrate-room Temperature Phosphorimetry
Abstract:
A new highly sensitive method (detection limit: 4.1 ag spot-1, sample volume: 0.4 μL spot-1) for the determination of trace Hg2+ by catalytic solid substrate-room temperature phosphorimetry has been established in this paper. This method has been successfully applied to determine trace Hg2+ in water.
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