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Geologic-Geophysical Indicators of the Deep Structure of Zones of Geothermal Anomalies for Allocation of Channels of the Deep Heat and Mass Transfer

机译:地热异常区区域深层结构的地质地球物理指标,用于深热和传质通道分配

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On the basis of the analysis of field thermogeochemical data along abnormal zones of a thermal stream in the Bukhara-Khiva, oil-and-gas region of the Turan (Tegermen, Chagakul, Shimoly Alat, Beshtepa) was succeeded to obtain important data on a deep structure of sites. Data of gas-chemical and geothermal observations show about confinedness of abnormal concentration of methane to zones of the increased values of the temperature field the measured values of temperatures (Tegermen Square and others). On geoelectric section mines 2-D of inversion of the MT-field depth of 4000 m are lower, among very high-resistance the chemogenic and carbonate deposits of the Paleozoic is traced the subvertical carrying-out abnormal zone. This zone is identified as the channel of a deep heat and mass transfer with which hydrocarbon (HC) deposits are connected. It is shown that electro-investigation when using a geophysical complex can and has to become “advancing” at exploration by oil and gas.
机译:在沿着Bukhara-khiva,Turan(Tegermen,Chagakul,Shimoly Alat,Beshtepa)的热流异常的沿着热流的异常区域的分析,成功地获得了重要数据地点的深层结构。气体化学和地热观测的数据显示,甲烷异常浓度的限制性为温度场的增加值的压区(Tegermen Square等)。在电气切片型矿区的矿物2-D的MT场深度为4000米的倒数较低,在非常高阻的中,古生代的化学和碳酸盐沉积物追踪了混合器搬出​​异常区域。该区域被识别为深热和质量传递的通道,其中烃(HC)沉积物连接。结果表明,使用地球物理复合物时的电力调查,并且必须在石油和天然气勘探中成为“推进”。

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