Stripe-shaped iron mine assessment method and device
A strip-shaped, iron ore technology, applied in the direction of measuring devices, sound wave re-radiation, instruments, etc., can solve problems such as the uncertainty of mineral deposit interpretation results, and achieve the effect of improving the prediction effect
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[0081] 1. Geological-geophysical model establishment
[0082] The flow process of the method of the present invention is specifically illustrated with the following mineral deposits as an example
[0083] The lower part is mainly composed of neutral volcanic rock, tuff and graywacke, and interbasic tuff, volcanic lava and sedimentary rock; the middle and upper parts are mainly composed of argillaceous rock, argillaceous graywacke, graywacke, marl and ferrosilicate. The ore bodies with industrial value are mainly produced in oxide phase iron-bearing formations, and there are four types of mineral paragenesis combinations: ①quartz+magnetite; ②quartz+spectralite; ③quartz+magnetite+silicate; ④Quartz + magnetite + specularite + silicate. Iron ore can be divided into three main models: layered model, syncline model and lenticular model. Therefore, the geophysical model parameters of the designed sedimentary iron ore are as follows: ore body cover layer 100m, ore body thickness h=5...
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