Технические и технологические аспекты усовершенствования стадии стабилизации сырья для получения особо чистой реактивной азотной кислоты

Abstract

Benefits of raw materials stabilization plant for the specially clean nitric acid on the basis of fluoroplastic heat-exchange apparatus were investigated and described in scope of the work. Mathematical dependencies are provided, that allow to predict implementation of raw materials stabilization process and its optimal conditions, depending on technological mode factors. An ability to get raw materiаls was proved, that would assure high quality of specially clean nitric acid.