Special Report1959 |
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Contents
by R G Baker and J Nutting | 1 |
Precipitation processes during the tempering of martensitic alloy | 23 |
The effect of some minor elements on the carbides precipitated | 44 |
Copyright | |
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alloy alloy carbides annealing appear atoms austenite austenitic steels bainitic carbide particles carbide precipitation Carbon extraction replica cast cementite changes chromium composition cooling Cr steel Cr,C crack creep test deformation detected diffraction patterns ductility effect electron diffraction electron microscope elongation embrittlement equilibrium etching examination F. B. Pickering Fe,C ferrite ferrite grains films formation fracture surface grain boundaries hardness heat-treatment heating hydrogen Ibid increasing ingots intergranular fracture Iron Steel Inst kg/mm² Laboratories lattice parameter manganese martensite matrix mechanism metal micrographs microstructure Mo steel Mo,C Mo₂C molybdenum niobium nitride nucleation observed obtained occur overageing overheating plates quenched range reaction red-shortness retardation rupture secondary hardening segregation separate nucleation Sheffield shown in Fig shows similar solid solution specimens spheroidized steels containing strain rate stress striations structure sulphide sulphur Table temper brittleness tensile test-pieces tion tons/in² transformation twin boundaries United Steel Companies unstressed vanadium carbide