Company Filing History:
Years Active: 1988-2000
Title: **Innovative Contributions of Steven F. Clifford in Atmospheric Science**
Introduction
Steven F. Clifford, based in Boulder, Colorado, is an accomplished inventor with a robust portfolio of three patents. His work significantly enhances the understanding of atmospheric phenomena, especially concerning wind measurements and turbulence.
Latest Patents
Clifford's notable patents include a cutting-edge scatterometer with adaptable spatial resolution. This device is designed for global positioning system (GPS) ocean scattering, effectively measuring wind in various altitudes and velocities. By incorporating both sub-chip and multi-chip GPS receivers, this scatterometer boosts sensitivity for wind measurements, demonstrating a sophisticated approach to signal processing.
Another significant patent by Clifford is the invention of a single-ended dual spatial filter detector. This device focuses on measuring atmospheric wind turbulence, analyzing critical parameters such as cross-wind velocity and refractive turbulence strength in specific locales. The device utilizes advanced optics and signal processing techniques, including telescopes, gratings, and photodetectors, to extract informative data from scattered light.
Career Highlights
Steven F. Clifford's career is marked by his contributions to the Government of the United States of America, as represented by the Secretary of Commerce. His dedication to the field of atmospheric science and innovation has positioned him as a valuable asset in research and development.
Collaborations
Throughout his career, Clifford has collaborated with notable individuals such as James H. Churnside and Steen G. Hanson. These partnerships reflect his commitment to advancing the understanding of complex atmospheric behaviors through cooperative scientific endeavors.
Conclusion
In summary, Steven F. Clifford's innovative patents and research contributions to the field of atmospheric science exemplify his role as a leading inventor. His work not only enhances our understanding of wind measurement and turbulence but also contributes significantly to the technological advancements in this critical area of research.