Michael B Kenny

Title: Innovations by Michael B. Kenny – A Pioneer in Vacuum Technology

Introduction

Michael B. Kenny, an accomplished inventor based in Sunnyvale, California, has made significant contributions to vacuum technology. With one patented invention under his name, his work stands out in the realm of noninvasive measurement devices, demonstrating the innovative spirit that drives advancements in science and engineering.

Latest Patents

Kenny's notable patent is for a "Multipactor pressure gauge for use as a noninvasive vacuum tube sensor." This invention describes a gas ionization type vacuum gauge that tests internal vacuum levels below 10^-6 torr. At the heart of this invention is a multipactor discharge means that serves as the source for electron current used to ionize residual gas molecules. The design features an RF field-enhancing cavity made from high-vacuum-compatible materials, capable of withstanding bake-out microwave temperatures. Additionally, it includes a negatively biased ion collection wire or grid, making it an advanced option for precise pressure measurement.

Career Highlights

Michael B. Kenny is affiliated with the University of Utah Research Foundation, where his expertise and innovative thinking contribute to the advancement of research and technology. His work has positioned him as a respected figure within the field of vacuum technology, showcasing his commitment to developing efficient and smaller measurement devices compared to conventional gauges.

Collaborations

Throughout his career, Kenny has collaborated with notable individuals, including his coworkers Larry R. Barnett and Richard W. Grow. These professional partnerships highlight the collaborative nature of research and innovation in scientific advancements, combining diverse skills and knowledge to enhance the outcomes of their projects.

Conclusion

Michael B. Kenny exemplifies the essence of innovation through his dedicated work on the multipactor pressure gauge. His contributions not only advance the capabilities of vacuum measurement technology but also reflect his commitment to developing noninvasive solutions in the field. As he continues his career, further innovations from Kenny are anticipated, reinforcing his legacy in the engineering community.