The Casting and Hot Forging of Low-Carbon Copper-Bearing Steel and Its Substructural Characterization

INIS

• casting 100%
• copper 100%
• electrons 100%
• diffraction 100%
• alloys 100%
• steels 100%
• carbon 100%
• microhardness 100%
• microstructure 100%
• forging 100%
• distribution 75%
• strains 75%
• metals 75%
• size 75%
• precipitation 75%
• dislocations 75%
• grain boundaries 75%
• polishing 75%
• energy 50%
• apparatus 50%
• transmission electron microscopy 50%
• pneumatics 50%
• recrystallization 50%
• emission spectroscopy 50%
• computer codes 25%
• weight 25%
• range 25%
• investigations 25%
• surfaces 25%
• matrices 25%
• testing 25%
• accumulation 25%
• capacity 25%
• manufacturing 25%
• processing 25%
• maps 25%
• density 25%
• pools 25%
• defects 25%
• voltage 25%
• sample preparation 25%
• optical microscopy 25%
• x-ray spectroscopy 25%
• diamonds 25%
• apertures 25%
• grinding machines 25%
• optical microscopes 25%
• guns 25%
• zirconium 25%
• crucibles 25%
• mechanical polishing 25%
• induction furnaces 25%

Engineering

• Backscattered Electron 100%
• Bearing Steel 100%
• Microhardness 100%
• Subgrains 75%
• Alloy 75%
• Grain Boundaries 75%
• Pneumatics 50%
• Recrystallized Grain 50%
• Grain Interior 50%
• Phase Composition 50%
• Light Emission 50%
• Energy Engineering 25%
• Grinding Machine 25%
• Vickers 25%
• Manufacturing Engineering 25%
• Casting Defect 25%
• Mechanical Energy 25%
• Free Strain 25%
• Nanometre 25%
• Driving Force 25%
• Diamond 25%
• Polishing Machines 25%
• Microalloying Element 25%
• Melt Pool 25%
• Mechanical Polishing 25%
• Accelerating Voltage 25%
• Aperture Size 25%
• Optical Microscope 25%
• Thermal Energy 25%

Material Science

• Polishing 100%
• Hot Forging 100%
• Alloy 100%
• Bearing Steel 100%
• Microhardness 100%
• Grain Boundaries 100%
• Energy-Dispersive X-Ray Spectroscopy 66%
• Emission Spectroscopy 66%
• Phase Composition 66%
• Density 33%
• Diamond 33%
• Zirconia 33%
• Microstructure Characterization 33%
• Microhardness Testing 33%
• Surface (Surface Science) 33%