METHOD FOR PHYSICAL RECONNAISSANCE OF MINERAL DEPOSITS USING FLYING VEHICLES

摘要

FIELD: technologies which use both features of natural geophysical fields and their effects, and remote probing of land (ground and shelf) and local geophysical anomalies over specific regions of lands in order to achieve reconnaissance of mineral deposits using flying vehicles and aerial and space photography. SUBSTANCE: method involves use of information from lepton fields, which are produced by natural fission and neutrino-electron and neutrino-nucleon dissipation of nuclei and elementary particles of deposits, i.e. processes which belong to weak fundamental physical interaction between elementary particles in nature. Then method involves detection of characteristic minerals lepton wave which describe information of amplitude-phase and polarization state of lepton-wave field of minerals. Said wave is detected by means of recovery of static lepton three-dimensional hologram using discrete-dot selective high-frequency emission of lepton-wave field of receiving-transmitting antenna of master lepton generator of small size point-like regions of lepton standing wave in vicinity about hologram and automatic detection of induced electromotive force of lepton resonance response signals from said regions, which are shaped as set of two-dimensional sections, cuts and three-dimensional volumes of mineral deposits distributed about height of standing wave. Results of operations according to each variant is represented by means of mathematical cartography methods as electronic maps which are corrected using additional helicopter reconnaissance. EFFECT: increased economic efficiency of reconnaissance. 4 cl