초록 ▼

A multi-component three dimensional energetic device and the method of maacturing it. The method includes the steps of forming a quantity of an energetic material into a plurality of sheets having relatively no appreciable thickness, and then cutting at least one required shape from the surface of a

A multi-component three dimensional energetic device and the method of maacturing it. The method includes the steps of forming a quantity of an energetic material into a plurality of sheets having relatively no appreciable thickness, and then cutting at least one required shape from the surface of a portion of each of the plurality of sheets to define an opening for at least one inlay of a different material. An inlay of the different material is placed in the openings to form a plurality of stackable shapes that are then bonded together to form the multi-component three dimensional energetic device. The preferred embodiment includes forming the inlay from an energetic material that is different from the sheet energetic material. Optionally a bonding agent may be admixed with at least one of the materials to facilitate bonding to form the device. The bonding agent may or may not be an energetic material, as desired. The required shape are preferably cut along three axes of cutting to approximate non axial shapes without substantial step-like deviation from the desired shape.

대표청구항 ▼

[ We claim:] [1.] A method for the preparation of a multi-component three dimensional energetic device which comprises the steps of(a) forming a quantity of an energetic material into a plurality of sheets;(b) cutting at least one required shape from the surface of a portion of each of said pluralit

[ We claim:] [1.] A method for the preparation of a multi-component three dimensional energetic device which comprises the steps of(a) forming a quantity of an energetic material into a plurality of sheets;(b) cutting at least one required shape from the surface of a portion of each of said plurality of sheets to define an opening for insertion of at least one inlay therein comprising an energetic material;(c) placing said inlays in said openings, so resulting in the formation of a plurality of stackable shapes; and(d) bonding together said plurality of stackable shapes to form the multi-component three dimensional device.