Company Filing History:
Years Active: 2004
Title: Frank Stratmann: Innovator in Atmospheric Research
Introduction
Frank Stratmann is a notable inventor based in Leipzig, Germany. He has made significant contributions to the field of atmospheric research, particularly in understanding the behavior of particles and droplets in gas-vapor mixtures. His innovative work has implications for studying cloud dynamics and microphysical processes.
Latest Patents
Stratmann holds a patent for a "Method and apparatus for investigating temporal development of particles or droplets in gas-vapor mixture." This invention relates to a method for investigating the behavior of particles or droplets within a flow device. It allows for the adjustment and control of thermodynamic system parameters based on the observed behavior of an internal standard with known properties. This capability enables the achievement of a well-defined vapor concentration and saturation field inside the flow device. By injecting particles or droplets into this defined flow device and measuring their size, the activation and growth or shrinking behavior can be determined using a mathematical model of the fluid, thermodynamic, and chemical conditions of the flow device.
Career Highlights
Frank Stratmann is affiliated with the Institute for Tropospheric Research, a German non-profit organization dedicated to advancing atmospheric science. His work at this institute has allowed him to explore various aspects of atmospheric phenomena and contribute to the scientific community.
Collaborations
Stratmann has collaborated with esteemed colleagues such as Jost Heintzenberg and Robert J. Charlson. These collaborations have further enriched his research and expanded the impact of his findings in the field of atmospheric studies.
Conclusion
Frank Stratmann's innovative contributions to atmospheric research through his patented methods have significantly advanced the understanding of particle behavior in gas-vapor mixtures. His work continues to influence the scientific community and enhance our knowledge of cloud dynamics and microphysical processes.