浅层地温受到地表气温的日、年变化、地形变化、高程变化和地貌变化等的影响，应对实测值进行相应校正。
Shallow earth temperature is influenced by surface temperature change everyday and every year, topographic change, elevation change and surface feature change, so it should be corrected.
介绍了秦皇陵考古探测CSAMT视电阻率数据中的地形影响和采用不同校正方法进行校正的对比研究结果。
In this paper, the topographic effects on CSAMT apparent resistivity data in Qin Imperial Mausoleum's archeological exploration are described, with a comparison of different correction methods.
介绍了秦皇陵考古探测CSAMT视电阻率数据中的地形影响和采用不同校正方法进行校正的对比研究结果。
In this paper, the topographic effects on CSAMT apparent resistivity data in Qin Imperial Mausoleum's archeological exploration are described, with a comparison of different correction methods.
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