Chris Dale Burghart

Title: Chris Dale Burghart: Innovating Bistatic Radar Technology

Introduction

Chris Dale Burghart, an accomplished inventor based in Boulder, Colorado, has made significant contributions to the field of radar technology. With two awarded patents, his innovative designs enhance the capabilities of bistatic radar systems, which are critical for various meteorological and atmospheric research applications.

Latest Patents

Burghart's latest innovations include a bistatic radar system designed for centralized, near-real-time synchronized processing of data to identify scatterers. This sophisticated system incorporates a scanning beam antenna that transmits a focused beam of high-frequency energy into predefined spaces, allowing for accurate data collection and analysis. The transmitter meticulously determines pulse origination data, such as time and direction, while remote receivers capture the reflected components, transmitting them back to a central processor. This process enables the calculation of essential weather data, enhancing the efficiency of atmospheric observation.

His second patent focuses on a bistatic radar network featuring an incoherent transmitter that operates in a scanning mode to identify scatterers. This technology employs varying frequencies and phases to generate precise pulse origination data, which aids in determining the presence, location, motion, and characteristics of scatterers in a designated area. The innovative setup combines multiple remote receivers with a processing unit to generate detailed scatterer location data, further advancing the field of atmospheric research.

Career Highlights

Chris Dale Burghart contributes his expertise to the University Corporation for Atmospheric Research. His role allows him to work at the intersection of engineering and meteorology, pushing the boundaries of how radar systems can be utilized for atmospheric monitoring. His patents demonstrate a clear commitment to advancing technology that can efficiently gather critical weather data.

Collaborations

Throughout his career, Burghart has collaborated with notable coworkers, including Joshua Michael Wurman and Mitchell Alfred Randall. These partnerships enhance the collective knowledge and innovation within atmospheric research, facilitating groundbreaking advancements in radar technology.

Conclusion

Chris Dale Burghart's contributions to bistatic radar systems reflect his dedication to innovation in atmospheric research. His two patents not only illustrate his technical prowess but also underscore the importance of collaboration in advancing technology. As Burghart continues his work at the University Corporation for Atmospheric Research, the field of radar technology is poised for further improvements and exciting developments.