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首页> 外文期刊>Current Science: A Fortnightly Journal of Research >Sulphur isotope composition of galena from Bandalamottu area, Guntur district, Andhra Pradesh
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Sulphur isotope composition of galena from Bandalamottu area, Guntur district, Andhra Pradesh

机译:方塔拉邦度地区班德拉莫图地区方铅矿的硫同位素组成

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摘要

The Agnigundala base metal belt (16°05'–16°20'N lat. and 79°35'–79°50'N long.), traced over a cumulative strike length of about 6 km, is located near Vinukonda, Guntur district in the northeastern part of the Cuddapah Basin (Figure 1 a) and constitutes one of the prominent base metal deposits in India. About thirty copper– lead–zinc occurrences are localized within this belt, with Bandalamottu, Nallakonda and Dhukonda constituting the main deposits. Though Cuddapah Basin contains vast resources of mineral wealth, isotopic studies on mineralization are scanty, except for the S-isotopic study of the Mangampeta baryte deposit and Pb, Sr and Nd isotopic studies of uranium-mineralized stromatolitic Vempally dolomites. Variation in isotopic composition of sulphides has an important bearing on type of mineralization. We present here S-isotopic data on carbonate-hosted lead mineralization of the Bandalamottu area, Guntur district, Andhra Pradesh and discuss the role of sulphur in the process of Pb-mineralization.
机译:Agnigundala贱金属带(纬度为16°05'–16°20'N,纬度为79°35'-79°50'N长。)位于贡图尔Vinukonda附近,累计走线长度约6 km。 Cuddapah盆地东北部的一个地区(图1a),是印度重要的贱金属矿床之一。该矿带内约有三十个铜铅锌矿床,班达拉莫图,纳拉康达和杜康达是主要矿床。尽管Cuddapah盆地蕴藏着丰富的矿产资源,但是除了Mangampeta重晶石矿床的S同位素研究以及铀矿化的层滑石Vempally白云岩的Pb,Sr和Nd同位素研究以外,关于矿化的同位素研究很少。硫化物同位素组成的变化对矿化类型具有重要影响。我们在此提供有关安德拉邦邦塔拉莫图地区班达拉莫图地区碳酸盐岩中铅矿的S同位素数据,并讨论硫在铅矿化过程中的作用。

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