首页> 外文会议>International conference on applications of the mossbauer effect;ICAME 2009 >Study of geo-chemical environment in organic rich sub- surface sediments of Jaisalmer petroliferous basin of Rajasthan, India, using Mossbauer spectroscopy
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Study of geo-chemical environment in organic rich sub- surface sediments of Jaisalmer petroliferous basin of Rajasthan, India, using Mossbauer spectroscopy

机译:莫斯鲍尔光谱法研究印度拉贾斯坦邦斋沙默尔含油盆地有机富集地下沉积物中的地球化学环境

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A ~(57)Fe Mossbauer Spectroscopic study was carried out on brown red coloured samples collected from different depth intervals of two wells (LNR-1 & DND-1) of Jaisalmer petroliferous basin, India. All these samples show a sextet corresponding to hematite along with two quadrupole doublets one correspond to iron in siderite and other correspond to Fe~(2+) in clay minerals. Relative presence of hematite is seem to be correlated with nature of gaseous hydrocarbon discovered in this basin. Our earlier studies also pointed out such correlation between redox environment and presence/absence of hydrocarbon in a basin. We suggest that such correlation is not surprising because rate of sedimentation determines both hydrocarbon prospecting and redox environment in the sediments.
机译:对印度Jaisalmer含油盆地两口井(LNR-1和DND-1)不同深度间隔收集的棕红色样品进行了〜(57)Fe Mossbauer光谱研究。所有这些样品均显示出与赤铁矿相对应的六面体以及两个四极体对合体,一个对应于菱铁矿中的铁,另一个对应于粘土矿物中的Fe〜(2+)。赤铁矿的相对存在似乎与该盆地发现的气态烃的性质有关。我们之前的研究还指出了氧化还原环境与盆地中是否存在碳氢化合物之间的这种相关性。我们认为这种相关性并不奇怪,因为沉积速率决定了沉积物中的油气勘探和氧化还原环境。

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