Location History:
- Schaghticoke, NY (US) (1995 - 1997)
- Mechanicville, NY (US) (2002)
Company Filing History:
Years Active: 1995-2002
Title: Melissa L. Murray: Innovator in Superconductor Technology
Introduction
Melissa L. Murray is a prominent inventor based in Schaghticoke, NY (US). She has made significant contributions to the field of superconductor technology, holding a total of eight patents. Her work focuses on improving the manufacturing processes and quality of triniobium tin superconductors.
Latest Patents
One of her latest patents is titled "Method for improving quality of triniobium tin superconductor in manufacturing environment by controlling iron content in molten tin bath." This invention utilizes a tin alloy bath with controlled iron content to enhance the coating process of a niobium-base substrate with tin. By maintaining iron levels at one hundred twenty-five parts per million by weight or less, the reaction kinetics for forming the superconductor material are significantly increased. Another notable patent is "Nb--Sn precursors having controlled impurities and method of making." This patent describes Nb--Sn precursor articles that include a Nb alloy article partially coated with a Sn alloy, such as a Sn--Cu alloy. The invention ensures that the concentration of impurity elements, arsenic (As) and sulfur (S), in the Sn alloy layer is kept to fifty parts per million by weight or less.
Career Highlights
Melissa L. Murray is currently employed at General Electric Company, where she continues to innovate in the field of superconductors. Her work has been instrumental in advancing the technology and improving manufacturing processes.
Collaborations
She collaborates with notable colleagues, including Mark Gilbert Benz and Thomas Robert Raber, who contribute to her research and development efforts.
Conclusion
Melissa L. Murray is a trailblazer in superconductor technology, with a strong portfolio of patents that reflect her innovative spirit and dedication to advancing the field. Her contributions are paving the way for future advancements in superconducting materials and manufacturing processes.