Thomas H Meyers, Iii

Title: Thomas H Meyers, III: Innovator in Heavy Metal Purification

Introduction

Thomas H Meyers, III is a notable inventor based in Westover, WV (US). He has made significant contributions to the field of material purification, particularly in the context of electronic circuitry. His innovative approach addresses the challenges posed by heavy metal impurities in substrates used for electronic applications.

Latest Patents

Meyers holds a patent for a "Method of purifying substrate from unwanted heavy metals." This invention is particularly relevant in the context of cadmium and tellurium, which are often by-products of copper mining. The patent outlines a method for purifying substrates prior to the formation of electronic circuitry. This method involves creating a sacrificial layer of mercury telluride or mercury cadmium telluride on the substrate, followed by annealing the combination at elevated temperatures with an overpressure of mercury. The sacrificial layer can be removed along with a portion of the substrate, thereby eliminating impurities that could adversely affect the electrical performance of the circuitry. Meyers' patent is a crucial advancement in ensuring the reliability of electronic devices.

Career Highlights

Meyers is associated with Martin Marietta Corporation, where he has been able to apply his expertise in material science and engineering. His work has contributed to the development of more efficient and effective methods for purifying substrates, which is essential for the advancement of electronic technologies.

Collaborations

Throughout his career, Meyers has collaborated with notable colleagues such as Gregory K Dudoff and Karl A Harris. These collaborations have likely enriched his research and development efforts, leading to innovative solutions in the field of heavy metal purification.

Conclusion

Thomas H Meyers, III is a distinguished inventor whose work in purifying substrates from heavy metal impurities has significant implications for the electronics industry. His innovative methods enhance the performance and reliability of electronic circuitry, marking him as a key figure in material science.