Abstract
A Rapid Graphical Solution for Determining the Presence of Remnant Magnetization in the Basement Rocks of Western Iraq
Highlights
In analyzing the aeromagnetic maps of Iraq, it is usually assumed that the observed anomalies are caused by homogeneously magnetized bodies forming the basement configuration that is concealed beneath a thick cover of sediments
It can be seen that the peak of the gravity anomaly coincides with the positive peak of the magnetic anomaly at magnetization field inclination of 90o, and the two shift apart at different horizontal distances at different field inclinations
Measured for each field inclination is the distance between the maximum negative magnetic anomaly and maximum positive gravity anomaly (D- )
Summary
In analyzing the aeromagnetic maps of Iraq, it is usually assumed that the observed anomalies are caused by homogeneously magnetized bodies forming the basement configuration that is concealed beneath a thick cover of sediments. مخططات حلول سریعة للتعرف على وجود المغناطیسیة المتبقیة في صخور القاعدة في الجزء الغربي من الع ارق The distance between the maximum positive magnetic anomaly and the maximum positive gravity anomaly (D+ ) is measured.
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