Exploding bridge wire detonation wave shaper
A jet cutter apparatus and method for using a single bridge wire or a plurality of bridge wires to uniformly detonate a booster and thereby cause a uniform detonation of the explosives adjacent to the liners, thereby causing a uniform compression of the liners to form a uniform plasma jet that is substantially radially perpendicular to the jet cutter.
1. A detonation wave shaper comprising:
an explosive pellet a cylindrical shaped body and an inner hollow portion;
a printed circuit board located within the inner hollow portion;
a plurality of exploding bridge wire segments mounted onto the printed circuit board in at least one series, wherein the exploding bridge wire segments are contained within the explosive pellet and upon detonation creates a radial shock wave perpendicular to the printed circuit board and uniform along the length of the plurality of bridge wire segments.
2. The detonation wave shaper of claim 1 wherein the explosive pellet is substantially cylindrical in shape.
3. The detonation wave shaper of claim 2 wherein the exploding bridge wire is substantially coaxial with the explosive pellet cylinder.
4. The detonation wave shaper of claim 2 wherein at least one series of exploding bridge wire segments extends through most of the length of the explosive pellet cylinder.
5. The detonation wave shaper of claim 1 further comprising a shell surrounding the explosive pellet.
6. The detonation wave shaper of claim 5 wherein the shell is comprised of a conductive material and a first end of the exploding bridge wire is electrically connected to the shell.
7. The detonation wave shaper of claim 6 wherein a second end of the exploding bridge wire is adapted to electrically connect to a fireset.
8. A detonation wave shaper comprising:
a substantially cylindrically shaped explosive pellet; and
a plurality of exploding bridge wire segments mounted on a printed circuit board in a first series within the explosive pellet, wherein the bridge wire firing creates a substantially uniform shockwave in radial propagation and thickness, and
wherein the exploding bridge wire segments are mounted on alternate sides of the printed circuit board from a first end of the printed circuit board to a second end of the printed circuit board.
9. The detonation wave shaper of claim 8 wherein the exploding bridge wire segments are substantially coaxial with the explosive pellet cylinder.
10. The detonation wave shaper of claim 8 wherein the exploding bridge wire segments are arranged substantially end-to-end and extend through most of the length of the explosive pellet cylinder.
11. The detonation wave shaper of claim 8 further comprising a shell surrounding the explosive pellet.
12. The detonation wave shaper of claim 11 wherein the shell is comprised of a conductive material and a first end of the exploding bridge wire segments is electrically connected to the shell.
13. The detonation wave shaper of claim 12 wherein a second end of the exploding bridge wire segments is adapted to electrically connect to a fireset.
14. The detonation wave shaper of claim 8 wherein the detonation wave shaper further comprises a substantially cylindrical shell encasing the explosive pellet, wherein the exploding bridge wire is substantially coaxial with the explosive pellet.