George H Hensley

Title: Innovations by George H Hensley

Introduction

George H Hensley is an accomplished inventor based in Alameda, NM (US). He has made significant contributions to the field of combustion technology, holding a total of 3 patents. His work focuses on methods for producing high energy plasma to enhance fuel ignition processes.

Latest Patents

Hensley's latest patents include a method of producing a high energy plasma for igniting fuel. This combustion initiation system features an initiating device that generates, contains, and propels a combustion initiating plasma with an energy density comparable to that of the fuel itself. It is designed to initiate combustion in lean mixtures of various fuels. The system utilizes a high voltage power supply that delivers electrical energy through a coaxial cable to the initiating device, which interacts with a fuel mixture in a combustion area, such as an internal combustion engine's combustion chamber. The device incorporates a capacitive portion for storing substantial electrical energy and an electrode portion that consists of concentric, rod-shaped electrodes. This design produces a high energy, umbrella-shaped plasma discharge using the inverse pinch technique. The close proximity of the capacitive and electrode portions allows for rapid energy transfer, creating high magnetic pressures that transform the discharge into a high energy plasma jet directed into the combustion area.

Another notable patent is a combustion initiation device that generates a high energy plasma jet by swiftly transferring energy from its capacitive section to an integral electrode section. This device features a series of circular capacitor plates arranged in parallel within a conductive cylindrical casing filled with dielectric fluid. The capacitor plates are alternately connected to the casing and to an elongate rod that extends through the casing. The rod's outwardly extending end includes a pointed firing tip, which serves as one electrode, while the casing defines the other electrode. The initial discharge between these electrodes forms a cylindrical sheet, which is rapidly transformed into a plasma jet by magnetic fields.

Career Highlights

Throughout his career, George H Hensley has demonstrated a commitment to advancing combustion technology. His innovative approaches have the potential to improve fuel efficiency and reduce emissions in various applications.

Collaborations

Hensley has collaborated with his coworker, Raymond E Hensley, to further enhance their research and development efforts in combustion technologies.

Conclusion

George H Hensley's contributions to the field of combustion technology through his innovative patents highlight his expertise and dedication