Experimental-Statistical Models for Obtaining a Database on the Ignition Temperatures of Metal Fuel Particles in Gaseous Products of Thermal Decomposition of Fluoroplasts-Based Pyrotechnic Mixtures

Abstract

New patterns of the complex influence of various parameters on the ignition temperature of magnesium, aluminum and zirconium particles in the products of thermal decomposition of pyrotechnic mixtures based on fluoroplastics have been established. Experimental and statistical models have been developed for the first time to predict the influence of controlled technological parameters on the ignition temperature of metal particles to form a database on the fire-hazardous properties of pyrotechnic products under external thermal effects.