Company Filing History:
Years Active: 2018
Title: Martin R. Koslowsky: Innovator in Neutron Dosimetry
Introduction
Martin R. Koslowsky, an accomplished inventor based in Deep River, CA, is known for his significant contributions to the field of neutron dosimetry. With a focus on creating more efficient and accurate measurement tools, he has developed a groundbreaking patent that enhances the way neutron radiation is assessed and managed.
Latest Patents
Koslowsky holds a patent for the "Accurate light-weight broad-energy neutron remmeter and use thereof." This innovative remmeter features two or more differently sized hydrogenous moderators, each equipped with both a hydrogenous spectroscopic fast neutron detector and a thermal neutron detector. This design enables more precise neutron dosimetry across a wide range of neutron energies, from thermal neutrons to greater than 15 MeV, all while maintaining a lightweight form factor compared to traditional remmeters. The device employs spectral dosimetry principles to measure neutron energy and fluence, thereby improving the accuracy of the dosimetric quantity through tailored fluence-to-dose conversion curves.
Career Highlights
Koslowsky is currently associated with Bubble Technology Industries Inc., where his role involves advancing technologies related to radiation detection and dosimetry. His work has focused on not only enhancing existing measurement tools but also paving the way for new methods in the field.
Collaborations
Throughout his career, Koslowsky has collaborated with notable colleagues including Harry Ing and Hugh Robert Andrews. These partnerships have fostered an environment of innovation and research, driving advancements in neutron detection technology.
Conclusion
Martin R. Koslowsky remains a pivotal figure in the field of neutron dosimetry, with his innovative ideas and inventions leading to more accurate and efficient radiation measurement tools. His contributions, particularly the light-weight broad-energy neutron remmeter, not only reflect his dedication to the field but also enhance safety and accuracy in radiation assessment practices.