Frank S Moore, Jr

Title: **A Spotlight on Inventor Frank S. Moore, Jr.**

Introduction

Frank S. Moore, Jr., based in Wilmington, North Carolina, is a notable inventor recognized for his contributions to the field of nuclear engineering. With a total of two patents to his name, Moore has made significant strides in non-destructive testing methods for nuclear fuel rods. His innovative approaches have potential implications for enhancing safety and efficiency in nuclear technology.

Latest Patents

Among Frank S. Moore, Jr.'s most recent inventions is a patented method for **non-destructive testing of nuclear fuel rods**. This patent details a process for assessing both gadolinia and urania nuclear fuel rods. The method involves sequentially conveying rods through dedicated test channels where they undergo irradiation from a common neutron source. By counting the neutron-induced gamma-ray emissions, the invention allows for accurate measurements of enrichment concentrations throughout the rod length. To ensure precision, correction factors are applied to account for background radiation, fuel density variations, and gadolinia content using a magnetometer. This innovation is pivotal in promoting safer nuclear materials management.

Career Highlights

Frank S. Moore, Jr. is affiliated with General Electric Company, a leading player in the technology sector committed to transforming the future through innovation. His work, particularly in the realm of nuclear fuel technology, underscores his expertise and dedication to advancing industry standards.

Collaborations

In his professional journey, Moore has collaborated with esteemed colleagues, including Fred C. Schoenig and Bruce J. Kaiser. These partnerships have fostered an environment of shared knowledge and creativity, contributing to significant advancements in nuclear engineering practices.

Conclusion

Frank S. Moore, Jr.'s contributions to nuclear technology through his innovative patents are a testament to his skill and vision as an inventor. His work not only enhances the understanding and management of nuclear fuel rods but also reflects a broader commitment to improving safety in nuclear applications. As the field evolves, the impact of his inventions will likely resonate within the industry for years to come.