Patent ID: 9704741
Date: 2017-07-11
CPC Classifications: G01H,H01L

Claim:
1. A Harbinger (H) wave capture process, algorithm, and signal processing method utilizing high input impedance circuitry to generate an Open Circuit Wave Voltage signal, said method comprising the steps of: Interdicting the formed Harbinger (H) wave mass that is formed within a Main (M) shock wave itself created from a detonated explosive by placing a Magnetic Capture Device, consisting of a rigid holder containing permanent magnets and pick-up terminals that forms a substantially constant area rectangular channel with the permanent magnet North Pole facing its South Pole to create a length (L) of constant magnetic flux (B) within the confines of the channel and orthogonal conductive pick up terminals separated by a width (D), Placing the Magnetic Capture Device into the M wave and H wave mass flow and substantially orthogonal to the flows thereby directing the flows into the rectangular channel of the Magnetic Capture Device thus sampling a small portion of the flows by passing the flows thru the magnetic flux (B) to generate an Alfvén wave to pool negative (−) charged electrons on one pickup terminal and positive (+) ions on the opposite terminal thereby generating an analog Open Circuit Wave Voltage; Placing a 100 to 1 voltage probe within 6 feet of the pick-up terminals of the Magnetic Capture Device and the output of the probe to an oscilloscope/recorder or other voltage measuring device with 1 megohm in parallel with 10 picofarad capacitor input impedance included therein and setting the oscilloscope/recorder or other voltage measuring device to record and store at a minimum of 1 MHz frequency resolution for the purposes of detecting and measuring the Alfvén wave within an Open Circuit Wave Voltage signal that is generated by the H wave mass during transit thru the magnetic flux (B).