Company Filing History:
1 out of 2,372 
1 out of 993 Years Active: 1981-1997
Title: The Innovations of Daniel W. Brite
Introduction
Daniel W. Brite is an accomplished inventor based in Richland, WA (US). He holds 2 patents that showcase his expertise in the field of nuclear detection and fuel homogenization. His innovative approaches have contributed significantly to advancements in nuclear technology.
Latest Patents
One of his latest patents is a "Method and apparatus for detecting neutrons." This invention involves creating scintillating optical fibers that are capable of detecting neutrons through a unique fabrication process. The fibers are made by melting SiO₂ with a thermal neutron capturing substance and a scintillating material in a reducing atmosphere. These fibers can be used directly in neutron detection apparatuses or assembled into geometrical arrays with hydrogen-rich scintillating materials. The electronic signals generated from neutron interactions are then processed to determine the quality and quantity of radiation.
Another significant patent is the "Method for homogenizing mixed oxide nuclear fuels." This method focuses on blending urania and plutonia particles to create a pellet that is sintered in a reducing atmosphere. The process transforms plutonia particles into spherical shells of dense PuO₂-x, which helps to homogenize the nuclear fuel.
Career Highlights
Daniel W. Brite has worked with notable organizations such as Battelle Memorial Institute and the Electric Power Research Institute. His contributions to these institutions have furthered research and development in nuclear technologies.
Collaborations
Throughout his career, Brite has collaborated with esteemed colleagues, including Richard W. Perkins and Paul L. Reeder. These partnerships have fostered innovation and enhanced the impact of his work in the field.
Conclusion
Daniel W. Brite's contributions to the field of nuclear technology through his patents and collaborations highlight his role as a significant inventor. His innovative methods for neutron detection and fuel homogenization continue to influence advancements in the industry.