Effect of Residual Elements on the Properties of Metals |
Contents
Fundamental Considerations | 1 |
Impurities in the Common Nonferrous Metals | 28 |
Residual Elements in Steel | 71 |
Copyright | |
2 other sections not shown
Other editions - View all
Common terms and phrases
acceptors alpha aluminum American Institute American Society amounts Annealed beta brittle carbon chromium commercial concentration conductivity conium copper corrosion resistance creep curve diffusion distribution coefficient donors ductility electrical electrons embrittlement eutectic freezing germanium grain boundaries Hafnium heat high purity hydrogen hydrogen embrittlement impact impurities increase Institute of Mining interstitials Iodide Titanium iron lattice less liquid magnesium manganese material Maykuth mechanical properties Metallurgical Engineers Mining and Metallurgical molybdenum n-type nickel nitrogen normal notch oxide oxygen p-n junction perature Pfann phase Phosphorus plane precipitation present produce pure R. I. Jaffee recrystallized reduced region residual elements room temperature screw dislocation semiconductor Seybolt 70 shown in Fig silicon Single Crystals Society for Metals solid solution solubility limit solute atoms sponge steel stress substructure sulphur surface tensile properties Tensile Strength thermal tion titanium alloys Transactions transistors ture yield point Yield Strength Zircaloy zirconium Zone Melting