Thomas A Bates

Title: Thomas A. Bates: Innovator in Optical Particle Analysis

Introduction

Thomas A. Bates is an accomplished inventor based in Boulder, Colorado. With a remarkable portfolio comprising 10 patents, Bates has made significant contributions to the field of optical particle analysis. His innovative work continues to advance the capabilities and reliability of particle analyzers, ensuring enhanced diagnostic accuracy.

Latest Patents

One of Bates' most notable inventions is the "Calibration Verification for Optical Particle Analyzers." This patent provides a comprehensive method for verifying the calibration status of optical particle analyzers, including those that can function independently of particle presence. The technology involves utilizing distinct, non-interfering time frequency domains: a middle frequency time domain focused on particle detection, a low frequency time domain for calibration status, and an optional high frequency time domain to manage laser facet drive current modulation. This innovative approach allows for effective self-diagnostics and ensures the health and operational calibration status of the analyzer, independent of particle interference.

Another pivotal patent under his name also details the calibration verification process for optical particle analyzers. This method includes modulating the power applied to a source of electromagnetic radiation (EMR), inducing a detector signal waveform, and analyzing this waveform to determine diagnostic parameters related to the various components of the particle analyzer. The calibration status is then assessed based on these parameters, reinforcing the critical needs of accuracy and reliability in particle measurement.

Career Highlights

Thomas A. Bates has dedicated his career to advancing the effectiveness of particle measurement technologies. His position at Particle Measuring Systems, Inc. has placed him at the forefront of innovative developments in this area. Bates' expertise has enabled him to create technologies that propel the functionality of optical particle analyzers forward, contributing widely to fields requiring high precision in particle analysis.

Collaborations

In his career, Bates has collaborated with esteemed colleagues, including Matt Michaelis and Brett Haley. These partnerships have not only enriched his work but have also fostered innovation through shared knowledge and expertise, enhancing the development of advanced particle measurement systems.

Conclusion

Thomas A. Bates remains a significant figure in the realm of optical technology and particle analysis. His innovations, particularly in the area of calibration verification, demonstrate his commitment to improving the reliability and accuracy of particle analyzers. As the landscape of technological innovation continues to evolve, Bates' contributions will undoubtedly play a crucial role in shaping the future of optical particle measurement systems.