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首页> 外文期刊>Asian Journal of Chemistry: An International Quarterly Research Journal of Chemistry >Updated Analysis of Mercury Complex solution with Rhodamine-B and Spectrophotometric Determinatin of Trace ajmounts of Mercury in Wastewater
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Updated Analysis of Mercury Complex solution with Rhodamine-B and Spectrophotometric Determinatin of Trace ajmounts of Mercury in Wastewater

机译:罗丹明B对汞络合物溶液的最新分析和分光光度法测定废水中痕量汞。

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摘要

#beta#-correction principle has been applied for the determination of mercury complex characteristics with rhodamine B (RDB) in the presence fo iodide and in acidic solution, for example, complexation ratio, true molar absorptivity and stability constant. In addition, the determination of trace amounts of mercury in wastewater was analyzed. The results showed that the formed complex was Hg(RDB)_3I_n, the cumulative stability constat K_c was equal to 3.55×10~16 and its true (not apparent) molar absorptivity #epsilon# = 1.61×10~5 l mole~(-1). Beer's law was obeyed for 0-1.0 mg/L mercury. this method has been satisfactory for the determination of mercury in wastewater.
机译:#beta#-校正原理已用于在有碘化物和酸性溶液中用罗丹明B(RDB)测定汞的络合物特性,例如络合比,真实摩尔吸收率和稳定性常数。此外,还分析了废水中痕量汞的测定。结果表明形成的配合物为Hg(RDB)_3I_n,累积稳定常数K_c等于3.55×10〜16,其真实的(不明显的)摩尔吸光度#ε#= 1.61×10〜5 l mole〜(- 1)。遵守0-1.0 mg / L汞的比尔定律。该方法对于废水中汞的测定是令人满意的。

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