Lawrence G Wilson

Title: **Lawrence G. Wilson: Innovator in Amorphous Metal Treatments**

Introduction

Lawrence G. Wilson, an accomplished inventor based in Racine, Wisconsin, has made significant contributions to the field of material sciences, particularly in the treatment of amorphous metals. With a total of three patents to his name, Wilson's innovations revolve around enhancing the properties of metal alloys, which are pivotal in various industrial applications.

Latest Patents

Wilson's most recent inventions focus on an "Apparatus for Annealing/Magnetic Annealing of Amorphous Metal." This innovative apparatus includes a fluidized bed that heats metal cores and a conveyor that immerses these cores in the bed. Additionally, the design integrates a winding mechanism to apply magnetic fields to the cores, contributing to the alignment of magnetic domains.

His patented method further details a heat treatment process for amorphous metal alloys, where the alloys are heated in a fluidized bed at temperatures below their recrystallization threshold. This process aims to reduce internal stresses without leading to undesired crystal growth. The inclusion of magnetic fields during various stages of the heating and cooling processes allows for substantial alignment of magnetic domains, ensuring that the final product maintains its intended properties.

Career Highlights

Throughout his career, Lawrence G. Wilson has been associated with reputable companies such as Cooper Power Systems, Inc. and Cooper Industries, Inc. His work in these organizations has played a vital role in advancing technologies related to metal treatment processes and applications.

Collaborations

During his professional journey, Wilson collaborated with notable colleagues including Lawrence M. Burrage and John F. Baranowski. These collaborations have contributed to the enhancement and implementation of innovative problems, resulting in efficient solutions for metal processing.

Conclusion

Lawrence G. Wilson's work stands as a testament to the impact of innovative thinking in the field of metallurgy. His patents demonstrate a deep understanding of amorphous metal properties and treatment processes, positioning him as a key inventor in this specialized domain. Through his inventions, Wilson continues to push the boundaries of material science, fostering advancements that benefit various industrial sectors.