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Elemental characterization of black shales of Khyber Pakthunkhawa (KPK) region of Pakistan using AAS 被引量：3

Elemental characterization of black shales of Khyber Pakthunkhawa (KPK) region of Pakistan using AAS
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摘要 Black shale samples were collected from Chimiari Khyber Pakthunkhawa region of Pakistan and were analyzed for elemental compositions. Atomic Absorption Spectrophotometry (AAS) was utilized for the determination of elements in the digested solutions. The analysis of black shale was performed precisely with relative standard deviation (RSD) lower than 2%. Results showed that the samples contained high concentrations of Ca (11.98 %), Al (7.09%), Fe (3.03%), Mg (0.59%) and Ti (0.58%). Black shale samples were collected from Chimiari Khyber Pakthunkhawa region of Pakistan and were analyzed for elemental compositions. Atomic Absorption Spectrophotometry （AAS） was utilized for the determina- tion of elements in the digested solutions. The analysis of black shale was performed precisely with relative standard deviation （RSD） lower than 2%. Results showed that the samples contained high concentrations of Ca （11.98 %）, A1 （7.09%）, Fe （3.03%）, Mg （0.59%） and Ti （0.58%）.
作者 Abdul Aziz Muhammad Sajjad Bashir Mohammad
机构地区 Central Analytical Facility Division Department of Construction Environment Engineering
出处 《Chinese Journal Of Geochemistry》 EI CAS CSCD 2013年第3期248-251,共4页 中国地球化学学报
关键词 原子吸收光谱法 黑色页岩 巴基斯坦 元素组成 表征 相对标准偏差 元素测定 精确分析 Chimiari black shale Atomic Absorption Spectrophotometry （AAS） elemental characterization
分类号 P618.12 [天文地球—矿床学] P575 [天文地球—矿物学]
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参考文献12

  • 1Tariq M., Aziz A., Shafiq M., Sajjad M., Iqbal M.M., and Mohammad B. (2013) Characterization of black shale of Chimiari Khyber Pakthunk-hawa region of Pakistan for its potential as multi minerals [J], International Journal of Science and Research. 2,231-238.
  • 2Ward F.N., Nakagawa H.M., Harms T.F., and Vansickle G.H. (1969) Atomic-Absorption Methods of Analysis Useful in Geochemical Exploration [M]. Geological Survey Bulletin, United States Government Printing Office, Washington.
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Chinese Journal Of Geochemistry
2013年 第3期

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