Brian L Bures

Title: Innovations by Brian L. Bures in Plasma Technology

Introduction

Brian L. Bures is an accomplished inventor based in Alameda, California. He has made significant contributions to the field of plasma technology, with a focus on innovative deposition methods that enhance film quality and application.

Latest Patents

Brian holds a patent for a "Coaxial Plasma Arc Vapor Deposition Apparatus and Method." This invention provides a sophisticated apparatus for the deposition of plasma reaction films on substrates, accommodating both thin and thick films. One notable feature of his patent is the ability to allow film deposition that adheres to the substrate, while also enabling the removal of films post-deposition. The design includes a cathode that can be constructed from individual wires or a single conductor, enhancing its versatility. Additionally, a macro-particle filter is integrated into the system, which plays a crucial role in preferentially trapping larger particles. This filter not only improves film quality but also conducts electrical current to generate a magnetic field, applying a Lorentz force that guides ionized particles efficiently while preventing unwanted larger macroparticles from interfering with the process.

Career Highlights

Brian L. Bures is associated with Alameda Applied Sciences Corporation, a firm recognized for its innovative contributions to applied sciences and technology. His expertise in plasma technology aligns well with the company's mission, fostering advancements in material deposition techniques.

Collaborations

Throughout his career, Brian has collaborated with talented professionals such as Jason Wright and Michael Y. Au. These collaborations have enabled cross-pollination of ideas and a collective effort to enhance the company's technological offerings.

Conclusion

Brian L. Bures exemplifies the spirit of innovation in the field of plasma technology. His patents and collaborative efforts contribute to advancing the capabilities and applications of plasma deposition methods, significantly impacting both research and industry. His work at Alameda Applied Sciences Corporation underscores the importance of inventive solutions in addressing modern challenges in material science.