Company Filing History:
Years Active: 1979-1982
Title: Robert G. Naum: Innovator in Neutron Absorbing Technologies
Introduction
Robert G. Naum is a notable inventor based in Lewiston, NY, United States. With a remarkable portfolio of six patents, he has made significant contributions to the field of neutron absorbing materials. His innovative approaches have the potential to impact various applications, particularly in nuclear technology.
Latest Patents
Robert Naum's latest inventions include two key patents focused on neutron absorbing articles. The first patent, titled "Method for Manufacture of Neutron Absorbing Article," presents a composite, neutron absorbing coated article which is lightweight and designed for installation in storage racks for spent nuclear fuel. The unique construction involves a flexible backing member, multiple coatings of synthetic organic polymer, and boron carbide particles that enhance the article's neutron absorption capabilities.
The second patent, "Method for Increasing Boron-10 Contents of Neutron Absorbing Articles," details a process for enhancing the boron-10 content in neutron absorbing sheets. This method involves the application of solidifiable liquid synthetic organic polymeric material to which boron carbide particles are added. The resulting structure not only holds the particles securely but also facilitates further coatings, thereby improving the effectiveness of the neutron absorbing articles.
Career Highlights
Throughout his career, Robert Naum has worked with reputable companies in the industry, including The Carborundum Company and Kennecott Corporation. His roles in these organizations have allowed him to advance his expertise in materials science and innovation.
Collaborations
Naum has collaborated with notable colleagues such as Carl H. McMurtry and Dean P. Owens. Their collective efforts have contributed to the development and application of advanced neutron absorbing technologies.
Conclusion
With his innovative patents and career contributions, Robert G. Naum stands out as a key figure in the development of neutron absorbing materials. His work not only enhances the safety and efficiency of nuclear fuel storage but also reflects a dedication to advancing technologies in this important field.