Paul E Gannon

Title: **Paul E. Gannon: Innovating Radiation Shielding Technology**

Introduction

Paul E. Gannon, an inventive mind based in Bozeman, Montana, is known for his innovative contributions to the field of materials technology. With a focus on enhancing the functionality and efficiency of chemical vapor deposition (CVD) reactors, Gannon has secured a patent that addresses critical issues related to radiation management in high-temperature environments.

Latest Patents

Gannon's notable patent is titled "Radiation Shielding for a CVD Reactor." This invention features a reaction chamber equipped with an enclosure that is coated with a metal nitride compound. This coating boasts an impressive average reflectivity of over 90% for internal infrared radiation. The options for the metal nitride compound include titanium nitride, zirconium nitride, hafnium nitride, or the nitride of another metal, with a thickness ranging from 0.1 to 10 microns, preferably between 4 and 5 microns. One of the significant advantages of this layer is its resistance to tarnishing and capability to endure temperatures in the reaction chamber of up to 300° C. The application of this coating is conducted through various deposition processes, such as physical vapor deposition (PVD), chemical vapor deposition (CVD), thermal spray, or cathodic arc deposition. Furthermore, the uniformity of the deposition can be enhanced by utilizing a rotating deposition source.

Career Highlights

Gannon is associated with Advanced Material Solutions, LLC, where he contributes his expertise in advanced materials and innovative deposition techniques. His work has been pivotal in advancing technology for CVD reactors, especially in the semiconductor manufacturing sector.

Collaborations

At Advanced Material Solutions, Gannon collaborates with fellow professionals Jeffrey C. Gum and Bryce E. Clark. Together, they work on enhancing materials and processes essential for modern manufacturing applications.

Conclusion

Paul E. Gannon's contributions to radiation shielding technology represent a significant step forward in the realm of chemical vapor deposition reactors. His innovative approach to improving the durability and efficacy of these systems demonstrates the importance of continued research and development in advanced materials technology, paving the way for new advancements in the industry.