Stephen K Campbell

Title: Innovative Contributions of Stephen K. Campbell

Introduction

Stephen K. Campbell is a notable inventor based in Hialeah, FL, whose work in the field of particle detection has led to valuable advancements in technology. With three patents to his name, Campbell has significantly contributed to innovations that improve the accuracy of particle counting systems. His latest inventions address complex challenges associated with coincidence errors in particle pulse counting.

Latest Patents

Stephen K. Campbell's most recent patents include groundbreaking methods and apparatuses aimed at enhancing particle detection accuracy. One of his key inventions involves a method for correcting a particle pulse count subject to coincidence error. This method allows particle pulses, created when particles pass through a sensing zone, to be counted effectively over an extended period. The extension period is dynamically adjusted based on characteristics of each pulse, such as pulse width, duration, or amplitude, which ultimately leads to a more precise total count of detected particles.

Additionally, Campbell has developed a method where each particle pulse is integrated to produce voltages reflecting the number and size of the pulses. By multiplying these voltages, he has created a technique that yields an error-corrected voltage, representing an accurate particle pulse count. This innovation showcases Campbell’s expertise in refining particle counting systems through advanced technology.

Career Highlights

Stephen K. Campbell has made significant contributions while working at Coulter Electronics, Inc., a company recognized for its advanced scientific instruments. His dedication to innovation in the field has helped establish more reliable methods for particle size and count measurement.

Collaborations

During his tenure, Campbell has collaborated with esteemed professionals, including Wallace H. Coulter and Walter R. Hogg. Their collective efforts have fostered an environment of innovation and excellence, leading to advancements that are crucial in the fields of medical diagnostics and analytical instrumentation.

Conclusion

In summary, Stephen K. Campbell's work exemplifies the impact of dedicated inventors on technology and science. His advancements in particle counting methods not only showcase his ingenuity but also highlight the importance of collaborative efforts in driving innovation. With a track record of successful patents, Campbell continues to be a significant figure in the development of enhanced detection technologies.