Patricia A McFarland

Title: The Innovative Contributions of Patricia A. McFarland

Introduction

Patricia A. McFarland, an accomplished inventor based in Atlanta, Georgia, has made significant strides in the field of gamma ray calibration standards. With a focus on enhancing gas counting methodologies, her inventive work has resulted in notable patents that address key challenges in the industry.

Latest Patents

Patricia holds two patents that exemplify her innovative mindset. The first patent, titled "Mixed Gamma Emitting Gas Standard and Method," presents a solution for calibrating a gamma spectrometer system. This innovation includes a unique arrangement involving a multiple isotope standard contained in a glass sphere, enabling accurate gas counting across a broad energy range without the necessity of additional standards. The design features a spherical vial equipped with ground glass stopcocks and a septum port, which facilitates total and partial transfers of gas standards without leakage. The accompanying assembly includes a gas transfer syringe and venting needle to ensure precise volumetric transfers.

The second patent, "Method of Producing Liquid Equivalent Solid Gamma Ray Calibration," outlines a systematic approach to generating solid calibration standards from a calibrated aqueous solution mixed with radioactive materials. This method integrates organic solvents and polymerizable resins to produce reliable standards, with a careful focus on maintaining stability under highly acidic conditions.

Career Highlights

Throughout her career, Patricia A. McFarland has demonstrated a passion for advancing technological solutions in her field. Her patents reflect her commitment to innovation and her desire to improve accuracy in gamma ray calibration processes, highlighting her expertise and dedication to science and engineering.

Collaborations

Patricia collaborates with her coworker, Robert C. McFarland, to further enhance their collective research efforts. This partnership fosters a dynamic environment for innovation, as they work together to explore new ideas and develop groundbreaking solutions in their respective fields.

Conclusion

Patricia A. McFarland's contributions to gamma ray calibration technology mark her as a significant figure in innovation within the scientific community. Her patents not only illustrate her inventiveness but also pave the way for future advancements in gas counting methodologies. As she continues her work, the impact of her inventions will undoubtedly resonate within the industry for years to come.