Cory Fast

Title: Innovations by Cory Fast: Pioneering Thermionic Emission Technology

Introduction

Cory Fast, an innovative inventor based in McMinnville, Oregon, has made significant contributions to the field of thermionic emission technology. With a total of two patents to his name, Cory has demonstrated a unique ability to merge theoretical understanding with practical application, paving the way for advancements that have the potential to impact various technological sectors.

Latest Patents

Cory's latest patents showcase his expertise in the development of methods related to thermionic emission assemblies. The first patent, titled "Method of producing rapid heating of a cathode installed in a thermionic emission assembly," outlines an innovative design that improves the efficiency of electron emission. The invention describes a thermionic emission assembly equipped with a Wehnelt cap that incorporates a cap beam aperture and a specialized cavity for supporting a cathode. This design allows the cathode to quickly reach the necessary temperature to emit a beam of electrons, which then propagate through the cap beam aperture. Additionally, the anode, aligned with the cap beam aperture, plays a crucial role in accelerating the electrons towards a target specimen.

The second patent, "Pre-aligned thermionic emission assembly," builds upon this concept by emphasizing the thermal isolation between the Wehnelt cap and the anode. This isolation enables the cathode to achieve the required high temperature more efficiently, thereby enhancing the overall performance of the emission assembly. Both inventions underscore Cory's commitment to advancing thermionic technology.

Career Highlights

Cory Fast's career has been marked by his involvement with Applied Physics Technologies, Inc., a dynamic company where he has been able to collaborate with like-minded innovators. His focus on developing cutting-edge technologies has positioned him as a key contributor to advancements in applied physics.

Collaborations

Cory has worked closely with notable colleagues such as Gerald G. Magera and William A. Mackie. Together, they have fostered an environment of collaboration that encourages the exchange of ideas and fuels the development of innovative technologies in their field. These partnerships not only enhance collective knowledge but also drive impactful discoveries.

Conclusion

Cory Fast stands as a prominent figure in the realm of thermionic emission technology, with his patents reflecting a profound understanding of the intricate interactions within emission assemblies. His contributions at Applied Physics Technologies, Inc. and collaborations with esteemed colleagues highlight his role as a catalyst for innovation. As technology continues to evolve, Cory's work promises to influence advancements in various applications, securing his place as a leading inventor in his domain.