Method for controlling Door Breaching based on Remote Ignition and Explosion of Light Sensitized Material Composites via Low Power Laser Pointer Beam Irradiation

摘要

The present invention relates to a method for controlling door-braking based on the explosion of a photosensitive material by irradiation with a low-power laser pointer beam, which is mixed with a nano-high-energy material (nEM) composite powder to initiate ignition in response to the laser pointer beam, A method of manufacturing a nanofoil energy material composite having a black powder used as an initial ignition medium for continuous ignition and chain explosion of nano-high energy material by heat, And using the condensing lens or controlling the output of the laser pointer beam to perform remote ignition and explosion control of the nanofiber energy material composite.