Company Filing History:
Years Active: 1986
Title: Vikior I Rabinovich: Innovator in Synthetic Polymer Technology
Introduction
Vikior I Rabinovich is a notable inventor based in Saint-Petersburg, Russia. He has made significant contributions to the field of synthetic polymers, particularly through his innovative patent that addresses the production of fibrides from synthetic heterochain polymers. His work has implications in various industries, including electroengineering and textiles.
Latest Patents
Vikior I Rabinovich holds a patent for an "Apparatus for producing fibrides of synthetic heterochain polymers." This invention involves a non-equilibrium polycondensation process that utilizes an aqueous alkaline solution of bifunctional compounds. The process is designed to produce fibrides by acylating these compounds with diacyl chlorides of dicarboxylic acids in a superheated vapor state. The apparatus features a vertically mounted cylindrical housing with a reaction chamber and means for admitting the liquid phase of starting products. This invention is particularly useful in manufacturing synthetic paper for electroengineering applications, aviation engineering, fuel filters for diesel engines, and non-woven materials in the textile and light industries.
Career Highlights
Vikior I Rabinovich is associated with the Kalininsky Politekhnichesky Institut in Russia. His work at this institution has allowed him to explore and develop innovative technologies in the field of synthetic polymers. His patent reflects his commitment to advancing the capabilities of polymer production and its applications.
Collaborations
Vikior I Rabinovich has collaborated with notable coworkers, including Vladimir A Nikiforov and Savely A Zhizhilev. These collaborations have likely contributed to the development and refinement of his innovative ideas and patents.
Conclusion
Vikior I Rabinovich is a distinguished inventor whose work in synthetic polymer technology has the potential to impact various industries significantly. His patent for producing fibrides of synthetic heterochain polymers showcases his innovative approach and dedication to advancing material science.