Company Filing History:
Years Active: 2001
Title: Profile of Inventor Matthias Höbel: Innovating Temperature Measurement Technologies
Introduction: Matthias Höbel is a notable inventor based in Baden, Switzerland, recognized for his contributions to the field of temperature measurement, specifically in gas turbine applications. With a keen focus on enhancing measurement accuracy through innovative techniques, he has earned a patent for his groundbreaking work in this area.
Latest Patents: Matthias Höbel holds a patent for a method of temperature measurement by correlating the chemiluminescent spectrum emitted by a flame with stored theoretical emission spectra for OH and/or CH radicals. This technique is particularly aimed at determining the adiabatic temperature of flames within gas turbine combustion chambers. His method involves detecting the chemiluminescent radiation emitted from OH and CH radicals through a spectrograph utilizing an optical sensor fiber. The process includes correcting the spectrally resolved raw signal and comparing it with multiple theoretical emission spectra. Ultimately, the Boltzmann temperature corresponding to the matched emission spectrum is assigned to the chemiluminescence spectrum, leading to the derivation of the adiabatic flame temperature.
Career Highlights: Matthias is currently employed at ABB Research Ltd., where he applies his expertise in combustion and temperature measurement technologies to drive innovation within the company. His work in this capacity showcases his commitment to advancing the field and improving operational efficiencies in gas turbine systems.
Collaborations: Throughout his career, Matthias has collaborated with esteemed colleagues, including Ken-Yves Haffner, to further the development and refinement of temperature measurement methods. These partnerships illustrate his dedication to teamwork and collaborative innovation in research and development.
Conclusion: Matthias Höbel stands out as a skilled inventor whose patented method for temperature measurement reflects significant advancements in combustion technology. His contributions at ABB Research Ltd. and collaborations with fellow professionals mark him as a key player in the ongoing evolution of temperature measurement techniques, particularly in the context of gas turbines. The implications of his work carry potential benefits for various industries reliant on precise temperature control and measurement.