Michael C Krause

Title: Contributions of Inventor Michael C Krause in Wind Measurement Technology

Introduction

Michael C Krause, an innovative inventor based in Huntsville, AL, has made significant contributions to the field of atmospheric measurement technology. With two patents to his name, Krause has developed advanced systems for measuring wind velocities and directions, showcasing his expertise and commitment to scientific progress.

Latest Patents

Krause's most recent inventions include a **Wind Measurement System** and a **Focused Laser Doppler Velocimeter**. The Wind Measurement System allows for the remote measurement of vertical and horizontal winds present in discrete volumes of air. By employing a laser beam that is optically focused through a telescope and conically scanned around a vertical axis, this system detects changes in wavelength from backscatter light, enabling the computation of wind components.

The Focused Laser Doppler Velocimeter is another groundbreaking invention that remotely measures particle velocities within discrete air volumes. Utilizing a CO2 laser beam focused by a telescope, this system captures backscatter light that is frequency compared to the original laser frequency, yielding differences which represent particle velocities within the targeted focusable range.

Career Highlights

Throughout his career, Michael C Krause has demonstrated a strong dedication to advancing wind measurement technologies. His innovative spirit reflects in his patented inventions, which have practical applications in meteorology, aviation, and environmental science.

Collaborations

Krause has worked alongside distinguished professionals such as James C Fletcher and Robert M Huffaker. These collaborations have fostered an environment of innovation, contributing to the effective development and implementation of his inventive technologies.

Conclusion

Michael C Krause stands out as a prominent inventor in the field of wind measurement technology, with his two key patents making a substantial impact on how atmospheric conditions are assessed. His ongoing contributions and collaborative efforts promise further advancements in this vital area of science.