DEVELOPMENT OF THE MATHEMATICAL MODELS DESCRIBING KINETICS OF ARTIFICIAL STONE FORMATION BASING ON PHOSPHORIC CINDER BINDING MATERIALS AND HARDENING ACTIVATORS

The article presents the mathematical model describing kinetics of artificial stone formation basing on phosphoric cinder binding materials and hardening activators (lime, secondary cement kiln dust of electric filters). It is determined that alkalinity of medium, as well as stress-related characteristics of cinder binding materials, increases or decreases depending on the amount of additives and in terms of optimal indices of leachable additives necessary for phosphoric cinder activation.