Wolfgang G Eisert

Title: Innovations of Wolfgang G. Eisert

Introduction

Wolfgang G. Eisert is a notable inventor based in Hanover, Germany. He has made significant contributions to the field of measurement technologies, particularly in fluorescence polarization and particle characteristics. With a total of four patents to his name, his work has advanced the understanding and application of these technologies.

Latest Patents

Eisert's latest patents include an "Arrangement for measuring fluorescence polarization." This invention involves a system designed to measure the fluorescence polarization of cells or particles that are aligned along a flow stream. The system utilizes two perpendicular light beams to excite fluorescence, with a pair of detector channels that record the polarization components of the fluorescence. An analysis system calculates the corrected degree of fluorescence for individual cells based on the measured values.

Another significant patent is the "Apparatus for measuring particle characteristics." This apparatus is designed to measure the reaction and diffusion of particles suspended in a fluid. It includes a supply tube for the particle-containing fluid and a tapered tube that provides an entraining fluid stream. This design hydrodynamically focuses the particle-containing stream into a thin stream, allowing for the separation of particles. The apparatus also features a radiation beam that intersects the thin stream and a detector for measuring the radiation emanating from the particles.

Career Highlights

Throughout his career, Wolfgang G. Eisert has worked with various organizations, including the Gesellschaft für Strahlen- und Umweltforschung mbH in Munich. His expertise in measurement technologies has been instrumental in the development of innovative solutions in his field.

Collaborations

Eisert has collaborated with notable professionals, including Wolfgang Beisker, enhancing the impact of his work through shared expertise and knowledge.

Conclusion

Wolfgang G. Eisert's contributions to measurement technologies through his patents have significantly advanced the field. His innovative approaches to fluorescence polarization and particle measurement continue to influence research and applications in various scientific domains.