THEORETICAL AND EXPERIMENTAL STUDY OF REMOVAL OF PHOSPHORUS FROM STAINLESS STEEL AT MINIMAL LOSSES OF ALLOYING CONSTITUENTS

There the experimental smeltings have been realized by the induction-arc furnaces of 5 kg capacity with the lining in the magnesite or in the alundum, by 1-ton furnace at the Electrostal works. The mathematical model to design the kinetic variables for the transfer of phosphorus from the metal bathes to the gas phase has been developed for the first time. Two-stage scheme of dephosphorization has been offered for the theoretical and experimental estimation. The opportunity to remove the phosporus from the high-chromium melts at the expense of transfer of the latters to the gas phase both by the laboratory plant and under the industrial conditions, has been proved for the first timeAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio