- Introduction
At solving of project the new modifications and forms of compounds acting as flame inhibitor in single-base propellants composition will
be developed. By increasing their hydrophobic behaviour the shortening of production cycle by elimination of risk and economically
disadvantageous operation of vacuum drying will be allowed, which will consequently allow minimization of ecological damage, which presently is accompanied with the processing of flame inhibitors to smokeless propellants. New properties of used compounds will allow improvement of user parameters of smokeless propellants used in many modern weapon systems of small, middle and large calibres and will consequently extend their usability not only in new high performance systems, but in the area of safety systems of automotive industry, too.
be developed. By increasing their hydrophobic behaviour the shortening of production cycle by elimination of risk and economically
disadvantageous operation of vacuum drying will be allowed, which will consequently allow minimization of ecological damage, which presently is accompanied with the processing of flame inhibitors to smokeless propellants. New properties of used compounds will allow improvement of user parameters of smokeless propellants used in many modern weapon systems of small, middle and large calibres and will consequently extend their usability not only in new high performance systems, but in the area of safety systems of automotive industry, too.
