Determination of Mercury in Water

James A. Moore; Christopher J. Altamirano; Garrett M. Rowe

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Determination of Mercury in Water

机译：水中汞的测定

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Water is the most abundant compound on the Earth's surface, covering 71% of its surface area.[l] The fact is only 2.5% of the Earth's water is freshwater, and only a small percentage of that is both usable and easily accessible. [3] One of the hazardous pollutants that will render water unusable is mercury. This toxic element readily disperses in water and accumulates in watersheds, where it is then absorbed by plants and consumed by animals. [4] Because of bio-accumulation of mercury in the food chain, and its toxicity in minute concentrations, the EPA has included mercury in its regulation plan through the Clean Water Act. [5] [6]

机译：水是地球表面上最丰富的化合物，占其表面面积的71％。[1]事实上，地球上只有2.5％的水是淡水，而且只有一小部分既可用又容易获得。 [3]会导致水无法使用的有害污染物之一是汞。这种有毒元素很容易在水中分散并聚集在流域中，然后被植物吸收并被动物消耗。 [4]由于食物链中汞的生物蓄积及其在极低浓度下的毒性，因此，EPA通过《清洁水法》将汞纳入其监管计划中。 [5] [6]

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《Pollution Equipment News》 |2014年第3期|共2页
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James A. Moore; Christopher J. Altamirano; Garrett M. Rowe;
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中图分类环境污染防治方法与设备;
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1. Solid-phase extraction-gas chromatography-mass spectrometry using a fullerene sorbent for the determination of inorganic mercury(II), methylmercury(I) and ethylmercury(I) in surface waters at sub-ng/ml levels [J] . Munoz J, Gallego M, Valcarcel M Journal of chromatography, A: Including electrophoresis and other separation methods . 2004,第1a2期

机译：富勒烯吸附剂固相萃取-气相色谱-质谱法测定地表水中亚ng / ml级的无机汞（II），甲基汞（I）和乙基汞（I）
2. Determination of methyl mercury and inorganic mercury in natural waters at the pgL?1 level: Intercomparison between PT-GC-Pyr-AFS and GC-ICP-MS using Ethylation or Propylation derivatization [J] . A. Sharif, M. Monperrus, E. Tessier, E3S Web of Conferences . 2013,第3期

机译：pgL？1级水平的天然水中甲基汞和无机汞的测定：PT-GC-Pyr-AFS和GC-ICP-MS之间的比较，采用乙酰化或丙酰化衍生
3. Inorganic mercury and methylmercury determination in polluted waters by HPLC coupled to cold vapour atomic fluorescence spectroscopy [J] . Carmen Ibanez-Palomino, J. Fermin Lopez-Sanchez, Angels Sahuquillo International journal of environmental analytical chemistry . 2012,第6a10期

机译：高效液相色谱-冷蒸气原子荧光光谱法测定污水中的无机汞和甲基汞
4. Determination of methyl mercury and inorganic mercury in natural waters at the pgL~(-1) level: Intercomparison between PT-GC-Pyr-AFS and GC-ICP-MS using Ethylation or Propylation derivatization [C] . A. Sharif, M. Monperrus, E. Tessier, International Conference on Heavy Metals in the Environment . 2014

机译：在PGL〜（-1）水平的天然水中甲基汞和无机汞的测定：使用乙基化或丙烯化衍生的Pt-GC-Pyr-AFS和GC-ICP-MS之间的相互熟练
5. The determination of ultra trace levels of mercury in environmental samples in the northeastern United States: Inferring the past, present, and future of atmospheric mercury deposition (New York, New Hampshire, Vermont). [D] . Lorey, Peter Michael, Jr. 2001

机译：美国东北部环境样品中超痕量汞的测定：推断大气汞沉积的过去，现在和未来（纽约，新罕布什尔州，佛蒙特州）。
6. Photoactive Titanium Dioxide Films with Embedded Gold Nanoparticles for Quantitative Determination of Mercury Traces in Humic Matter-Containing Freshwaters [O] . Vivian Stock, Anna Mutschler, Mika Lindén, 2021

机译：具有嵌入式金纳米颗粒的光活性钛二氧化钛膜用于定量测定含腐殖质的新鲜水域中的汞痕迹
7. Determination of beta-mercaptopyruvic acid in cysteine transamination mixture by titration with omicron-hydroxymercuribenzoic acid using dithiofluorescein as an indicator. Catalytic determination of iodine in serum at nanogram levels using the arsenic(III)/cesium(IV) reaction. Kinetic method for the determination of mercury at nanogram levels using an iodide-catalyzed arsenite-cerium reaction. Anticatalytic microdetermination of mercury using a cerium-arsenite reaction. Kinetic determination of mercury in natural waters and biological materials. [O] . Ke P. J. 1972

机译：以二硫代荧光素为指示剂，用微米级-羟基巯基苯甲酸滴定，测定半胱氨酸转氨混合物中的β-巯基丙酮酸。使用砷（III）/铯（IV）反应以纳克水平催化测定血清中的碘。使用碘化物催化的亚砷酸盐-铈反应动力学法测定纳克级的汞。使用铈-亚砷酸盐反应的汞的反催化微测定法。天然水和生物材料中汞的动力学测定。

Determination of Mercury in Water

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