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2014•Geological Survey and ResearchRequires access

Application of the High Precision Gravity Survey in Prospeting Concealed Deposit in Jidong Iron Ore Peripheral Coverage Area

Zhang Guo-l

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Abstract

This paper introduced the process of the high precision gravity survey in Jidong iron ore peripheral coverage area. Combined with the gravity and magnetic profile, using second degree semi-gravity and magnetic data joint inversion, the gravity and magnetic anomaly by drilling verification finds iron thickness of 20 meters. This overview summarized that the residual gravity anomaly is effective method in search for deep concealed ore, and Jidong iron ore periphery had great prospecting potential.

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What this paper is about

This paper introduced the process of the high precision gravity survey in Jidong iron ore peripheral coverage area. Combined with the gravity and magnetic profile, using second degree semi-gravity and magnetic data joint inversion, the gravity and magnetic anomaly by drilling verification finds iron thickness of 20 meters. This overview summarized that the residual gravity anomaly is effective method in search for deep concealed ore, and Jidong iron ore periphery had great prospecting potential.

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Available abstract

This paper introduced the process of the high precision gravity survey in Jidong iron ore peripheral coverage area. Combined with the gravity and magnetic profile, using second degree semi-gravity and magnetic data joint inversion, the gravity and magnetic anomaly by drilling verification finds iron thickness of 20 meters. This overview summarized that the residual gravity anomaly is effective method in search for deep concealed ore, and Jidong iron ore periphery had great prospecting potential.

Key concepts: Geology, Gravity anomaly, Prospecting, Magnetic anomaly, Iron ore, Inversion (geology), Drilling, Residual

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Application of the High Precision Gravity Survey in Prospeting Concealed Deposit in Jidong Iron Ore Peripheral Coverage Area — Research Paper | ScholarLens