Thermist Directory. 3rd Edition . , overdraft. and dop. - M. : Metallurgy, 1991. — 503 s. : il. In the third edition (second - in 1965 . ) generalized decay diagrams of supercooled austenite for most steel grades used in industry. Information on the influence of various factors (chemical composition, temperature, heating, grain size, pre-hot and cold deformation, etc.) d. ) on the kinetics of austenite decay. Isothermal and thermokinetic diagrams of various steels and alloys are considered. Diagrams of metastable beta-solution conversion in titanium-based alloys analyzed. For engineering and technical workers and specialists of metallurgical, machine-building and other industries . Foreword by . General information on isothermal and thermokinetic diagrams. Methods of studying the kinetics of the decay of supercooled austenite . Isothermic transformation of austenite . Conversions of austenite under continuous cooling. Main varieties of isothermal and thermokinetic diagrams. General comments on the decay diagrams of supercooled austenite. The influence of various factors on the kinetics of the decay of supercooled austenite . Effects of carbon. Effect of silicon. Effect of manganese . Effect of Chromium. Influence of nickel. Effect of molybdenum . Effects of Tungsten. Effect of vanadium. Effects of Cobalt. Influence of boron. Influence of copper. Effect of arsenic. Effects of zirconium . Effect of heating temperature. Effect of Homogenization. Influence of technological factors. Isothermic and thermokinetic decay diagrams of austenite in industrial steel grades. Structural steels. Carbon steels. Manganese steel . Chrome steels. Nickel steels. Molybdenum steels . Tungsten steels . Vanadium steels. Steel with copper or aluminum. Manganese steels with silicon, vanadium, chromium, molybdenum or nickel. Chrome steels with silicon, vanadium, tungsten or molybdenum . Manganese-coated steels with molybdenum or vanadium. Manganese-nickel steels with molyben, vanadium or copper. Manganese-olibdenated steels. Chromocrene manganese and chromocrenemolybdenum steels. Chromo-manganese steels with nickel, titanium, vanadium or molybdenum . Chromolibdenum steels with vanadium or aluminum. Chromonickel steels with molybdenum, silicon, tungsten or vanadium. Chromo-manganese-olibdenum steels with nickel, vanadium or titanium. Chromolybdenovedium steels with tungsten, nickel or silicon. Chromosome manganese-molybdenum steels with nickel or vanadium. Became with increased