The method of complex automated space geological exploration and extraction of conductive material from geological mass in real time

Abstract

The subject of the invention is a method of complex automated space geological exploration and extraction of conductive material from geological mass in real time where a single electromagnetic system of a running electromagnetic field is used, which is adaptively controlled in real time, while its parameters are changed, which divides it into at least two modes of its operation, while in the first mode – space geological exploration – an electrically conductive anomaly of the conductive material is detected and the obtained data is transmitted to the control system for constructing an anomaly map. In the second mode – space extraction – a field is created for separating target components: the conductive material is forcibly extracted and purposefully transported in the direction of movement of at least one running electromagnetic field, and the processed material is returned to the surface. In this case, autonomous control is conducted: switching of all modes, parameters of electromagnetic fields and conditions of the operating process are adaptively optimized based on all available data in real time. In this case, both one universal moving electromagnetic field linear generator with switchable coils and several functionally specialized moving electromagnetic field linear generators are used to realize the aforementioned modes.