Thomas W Conlon

Title: The Innovations of Thomas W. Conlon in Corrosion Monitoring

Introduction

Thomas W. Conlon is an accomplished inventor based in Abingdon, Great Britain. With two patents to his name, Conlon has made significant contributions to the field of corrosion monitoring, which is essential for various industries that depend on the integrity of materials exposed to corrosive environments.

Latest Patents

Conlon's latest patents showcase his innovative approach to detecting and measuring corrosion. The first patent describes a corrosion monitoring probe designed to include a housing that mounts a piece of radioactive material. This material is exposed to the same corrosive environment as the body being measured, allowing for accurate assessments of corrosion levels. The probe also integrates a reference source of ionizing radiation and a radiation detector to facilitate the measurement of intensity emitted by the radioactive material.

The second patent introduces a method and apparatus for detecting pitting corrosion. This approach involves making simultaneous measurements of material loss from a body under test through changes in the body’s resistance and thin layer activation analysis. In cases of uniform corrosion, both techniques yield similar loss rates, whereas pitting corrosion results in different rates of loss, thus providing a reliable indication of corrosion type.

Career Highlights

Thomas W. Conlon works with the United Kingdom Atomic Energy Authority, where he applies his expertise in material science and corrosion monitoring. His work within the organization emphasizes the need for accurate measurement techniques to uphold safety and performance standards.

Collaborations

Throughout his career, Conlon has collaborated with notable coworkers, including Constantin Edeleanu and James Asher. These partnerships have fostered an environment of creativity and advancement, allowing for the development of innovative solutions in monitoring and measuring corrosion.

Conclusion

Thomas W. Conlon's contributions to the field of corrosion monitoring underscore the importance of innovation in ensuring safety and reliability in various applications. His patents reflect a deep understanding of material science and a commitment to developing advanced techniques for corrosion detection, marking him as a key figure within this domain.