Company Filing History:
Years Active: 2015
Title: The Innovations of Robert S. Crampton
Introduction
Robert S. Crampton is an accomplished inventor based in Seattle, WA. He is known for his significant contributions to the field of atmospheric science through his innovative patent. His work focuses on the quantification of key atmospheric gases, which is crucial for environmental monitoring and research.
Latest Patents
Crampton holds a patent titled "Transmission quantification of open path FTIR spectra with temperature compensation." This patent presents a novel approach to quantifying the concentration of atmospheric gases, including water vapor and methane. The method does not require a background spectrum and is immune to variations between background and absorbance spectra. By utilizing local minima and maxima in the transmission of a target gas, this technique generates two spectral arrays based on a single beam input spectrum. One array represents less absorbing points in wave-number space, while the other represents more absorbing points. The concentration of a given gas is calculated by determining the reference concentration that creates a residual after division by a pure gas spectrum, which forces the two arrays to converge. Crampton's innovative approach has the potential to enhance the accuracy of atmospheric gas measurements.
Career Highlights
Robert S. Crampton is affiliated with the University of Washington, where he continues to advance his research in atmospheric science. His work has garnered attention for its practical applications in environmental monitoring and analysis.
Collaborations
Crampton collaborates with Michael G. Yost, a fellow researcher who shares his passion for atmospheric science. Together, they contribute to the advancement of knowledge in their field.
Conclusion
Robert S. Crampton's innovative work in atmospheric gas quantification exemplifies the importance of research in environmental science. His patent reflects a significant advancement in the ability to measure key atmospheric gases accurately. Through his contributions, Crampton continues to impact the field positively.