Company Filing History:
1 out of 832,966 Years Active: 1980
Title: **Valentin I Kozlov: Innovating Steel for Nuclear Applications**
Introduction
Valentin I Kozlov, an inventive mind hailing from Kolpino Leningradskoi oblasti, SU, has made significant strides in the realm of material science. His innovative approach has led to the development of specialized steel designed specifically for nuclear applications, showcasing resilience in challenging environments.
Latest Patents
Kozlov is the proud inventor of a patented steel formulation that includes precise percentages of various elements such as carbon, silicon, manganese, chromium, nickel, molybdenum, vanadium, cerium, copper, antimony, tin, sulfur, and phosphorus, with iron being the predominant component. This steel exhibits enhanced resistance to neutron radiation and maintains its structural integrity under high radiation exposure, making it suitable for nuclear settings. The patent details a composition that enables the steel to withstand a transition embrittlement temperature increase of no more than 50°C at 300°C and a neutron fluence of up to 1.10^20 neutr./cm². Furthermore, the steel is formulated for structural members with wall thicknesses of up to 650 mm, achieving remarkable ultimate strength of at least 55 kgf/mm² at 350°C, without requiring immediate tempering after welding.
Career Highlights
Throughout his career, Kozlov has concentrated on advancing materials that meet strict performance criteria for nuclear applications. His patent exemplifies a remarkable blend of mechanical resilience and innovative chemistry, addressing the pressing needs of modern engineering in critical environments.
Collaborations
Kozlov's journey in the industry has been characterized by collaboration with esteemed colleagues, notably Jury F Balandin and Vladimir I Badanin. Together, they have explored the frontiers of material science, contributing to Kozlov's innovative approaches and successful patent outcomes.
Conclusion
Valentin I Kozlov's contributions to the field of nuclear materials through his patented steel represent a significant achievement that enhances safety and performance in nuclear applications. His works not only exemplify ingenuity but also pave the way for future innovations in the industry.