초록 ▼

A method and system for the Multi-Point ignition of a propellant of an explosive material comprising the steps of: selecting an elongated optic fiber; attaching a suitable energetic material at several sites thereon, irradiating on end of the optic fiber so that light energy is transmitted through t

A method and system for the Multi-Point ignition of a propellant of an explosive material comprising the steps of: selecting an elongated optic fiber; attaching a suitable energetic material at several sites thereon, irradiating on end of the optic fiber so that light energy is transmitted through the optic fiber and exited at the site of the sensitive material to ignite the material.

대표청구항 ▼

A method for the multi-point ignition of a sensitive energetic material, comprising the steps of: a) selecting an elongated single non-branching optic fiber, b) selecting a sensitive energetic material, c) adding an epoxy glue to the side of the optic fiber at several sites in an amount sufficient t

A method for the multi-point ignition of a sensitive energetic material, comprising the steps of: a) selecting an elongated single non-branching optic fiber, b) selecting a sensitive energetic material, c) adding an epoxy glue to the side of the optic fiber at several sites in an amount sufficient to attach the sensitive energetic material so as to form an exit for light energy. d) attaching the sensitive energetic material to the optic fiber, and e) irradiating the optic fiber so as to transmit light energy along the fiber optic to the exit formed by the attached sensitive energetic material, and f) igniting the sensitive energetic material. An system for the multi-point ignition of a sensitive energetic material comprising: a) an elongated single non-branching optic fiber, b) a sensitive energetic material attached by an epoxy glue to the optic fiber at several points along its length. b) irradiation means positioned at one end of the optic fiber, c) lens means positioned between the irradiation means and one end of the optic fiber, so that on the irradiation of an end of the optic fiber, light energy is transmitted along the optic fiber and exits at the point of the attached sensitive energetic material.