Company Filing History:
Years Active: 2007
Title: The Innovative Mind of Marc Ter Horst: Pioneering High Pressure NMR Technology
Introduction
Marc Ter Horst, based in Chapel Hill, NC, is an accomplished inventor recognized for his significant contributions to the field of nuclear magnetic resonance (NMR) technology. With one patent to his name, his innovative work has garnered attention in scientific communities, particularly concerning chemical reactions under extreme conditions.
Latest Patents
Marc's notable patent is titled "Capillary Toriod Cavity Detector for High Pressure NMR." This invention describes a Toroid Cavity Detector (TCD) designed for conducting NMR studies of chemical reactions occurring at high pressures and temperatures. The technology features a toroid cavity that houses an elongated central conductor, which generates a radio frequency (RF) magnetic field essential for NMR analysis. A crucial aspect of this innovation is its flow-through capillary sample container, situated within the toroid cavity next to the central conductor. This design allows samples flowing through the capillary to be subject to a static magnetic field, facilitating the recording of NMR spectra under challenging environments.
Career Highlights
Marc Ter Horst is an integral part of the United States Department of Energy, where his pioneering research and development work continue to influence the field of high-pressure NMR studies. His expertise in this specialized domain positions him among the leading innovators in scientific research that bridges chemistry and physics.
Collaborations
Throughout his career, Marc has collaborated with notable researchers including Rex E. Gerald, II and Michael J. Chen. These partnerships reflect his commitment to advancing scientific understanding and technical capabilities challenging traditional boundaries in NMR applications.
Conclusion
Marc Ter Horst's contributions to NMR technology highlight the importance of innovation in scientific research. With his patent on the Capillary Toroid Cavity Detector, he has opened new avenues for studying chemical reactions under a variety of conditions. His ongoing work at the Department of Energy, alongside talented collaborators, emphasizes the potential of innovative minds to push the boundaries of scientific exploration.