Alan M Portis

Title: Alan M. Portis – A Pioneer in Paramagnetic Additive Determination

Introduction

Alan M. Portis is an innovative inventor based in Berkeley, California, with a notable contribution to the field of nuclear fuel analysis. He holds a patent that showcases his expertise in determining the content of paramagnetic additives, which is crucial for the performance and safety of nuclear fuel elements.

Latest Patents

Portis is the inventor of the patent titled "Determining Paramagnetic Additive Content of a Base Paramagnetic - Method and Apparatus for the Nondestructive Determination of the Amount and Quantitative Distribution of a Paramagnetic Additive Such as Gadolinia in Nuclear Fuel Elements." This patent describes a groundbreaking method for nondestructively detecting changes in paramagnetic susceptibility as nuclear fuel elements pass through a constant magnetic field. By comparing these changes to a standard element with a known additive content, the amount and distribution of the paramagnetic additive can be accurately assessed.

Career Highlights

Alan M. Portis has made significant advancements in his field while working at General Electric Company. His contributions to the development of nuclear fuel analysis technology are crucial in enhancing safety standards in the nuclear energy sector. With one patent to his name, Portis stands out as a dedicated inventor committed to pushing the boundaries of engineering and technology.

Collaboration

Throughout his career, Portis has collaborated with esteemed colleagues, including Leonard N. Grossman and Henry Bernatowicz. Their combined expertise has contributed to advancing the methodologies used in nuclear fuel analysis, further solidifying the importance of teamwork in the innovative process.

Conclusion

Alan M. Portis exemplifies the dedication and ingenuity required of modern inventors. His patented method for determining the quantitative distribution of gadolinia in nuclear fuel elements not only reflects his individual talent but also highlights the importance of collaboration in driving technological advancements in the field of nuclear energy. Portis's work remains an integral part of ongoing innovations in nuclear safety and efficiency.