MINE DETECTING METHOD USING A MULTIPLE SENSOR, CAPABLE OF DETECTING A WIDE AREA BY DETECTING CHEMICAL COMPONENTS EXITING IN AN EXPLOSIVE WITH A NANOSENSOR

摘要

PURPOSE: A mine detecting method using a multiple sensor is provided to increase the probability of detecting a mine and lower a false alarm rate by multiply using a nanosensor, a metal detector, a ground penetrating radar detector, and a neutron sensor.;CONSTITUTION: A mine detecting method using a multiple sensor comprises as follows. An explosive is detected by a nanosensor in wide areas (S10). A region in which the existence of the explosive is predicted is detected by using a metal detector or a ground penetrating radar detector (S20). An underground area in which the explosive is detected is minutely detected by a neutron sensor (S30). The underground area in which the explosive is embedded is determined by being detected by the metal detector and the ground penetrating radar detector at high speed. The nanosensor detects chemical components and determines whether the explosive exists or not. A nitrogenous compound of the underground area in which the explosive is embedded is detected by the neutron sensor so that the kind of the explosive is determined.;COPYRIGHT KIPO 2013;[Reference numerals] (AA) Start; (BB) End; (S10) Wide area detection (nanosensor); (S12) High speed detection (MD or GPR); (S14) Precise inspection (neutron sensor)