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首页> 外文期刊>Archives of Physics Research >Comparative Study of Depth Sounding Using Square and Schlumberger Arrays in the University of Calabar, Calabar, Nigeria
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Comparative Study of Depth Sounding Using Square and Schlumberger Arrays in the University of Calabar, Calabar, Nigeria

机译:尼日利亚卡拉巴尔卡拉巴尔大学使用平方和斯伦贝谢阵列进行深度测深的比较研究

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This study investigated depth sounding using Square and Schlumberger electrodes configuration. The study was conducted at the University of Calabar, Calabar. The instrument employed in the study was ABEM Terrameter SAS 1000 with other accessories. For the square array the largest A-size of the square was 192.0m and for the Schlumberger array, the largest length of spread was 200m. The data were interpreted with the aid of IPI2WIN software. From the interpretation of results, six (6) geoelectric layers with KHKQ curve were obtained for square array and seven (7) layers with HKQQH curve for Schlumberger. Square array had a penetration depth of 43.3m which is greater than the Schlumberger array technique of 19.1m. This implies that for depth sounding, square array penetrates deeper than Schlumberger array.
机译:这项研究使用Square和Schlumberger电极配置研究了深度探测。该研究在卡拉巴尔的卡拉巴尔大学进行。研究中使用的仪器是ABEM Terrameter SAS 1000和其他附件。对于正方形阵列,正方形的最大A尺寸为192.0m,对于Schlumberger阵列,最大扩展长度为200m。借助IPI2WIN软件对数据进行解释。根据结果​​的解释,对于方形阵列,获得了六(6)个具有KHKQ曲线的地电层,对于斯伦贝谢获得了七(7)个具有HKQQH曲线的地电层。方形阵列的穿透深度为43.3m,大于Schlumberger阵列技术的19.1m。这意味着对于深度探测,方形阵列比斯伦贝谢阵列更深。

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