RESEARCH & DEVELOPMENT
Nippon Steel will expand the frontiers of steel and create the future
No.91 Special Issue on Iron & Steel Technology and Nano Technology
Jan. 2005
Contents
- Remarks on Special Issue on Iron & Steel Technology and Nano Technology(33KB)
- Advances in Nano-Level Materials Characterization Technology(851KB)
- Pinpoint Microstructure Characterization Technique by Transmission Electron Microscopy(965KB)
- Development of In situ Microstructure Observation Technique in Steel(778KB)
- Visualization of Nano-precipitate in Low-alloy Steel by Using Energy-filtered Transmission Electron Microscopy(1,019KB)
- Three-dimensional Atom Probe Analysis of Nitriding Steel Containing Cr and Cu(228KB)
- Quantitative Observation of Grain Boundary Carbon Segregation in Bake-hardening Steels(634KB)
- 3DAP Analysis on Solute Segregation of Nb and Mo during Primary Recrystallization of α-Fe(658KB)
- Characterization of Nano-Scale Fine Precipitates in Al-Mg-Si Alloys for Automotive Applications(110KB)
- Microstructural Control of Weld Heat-Affected Zone of Steel by Mn Depletion around Non-metallic Inclusions(1,703KB)
- Application of Controlled Cu Nano-Precipitation for Improvement in Fatigue Properties of Steels(767KB)
- Microstructure Control and Strengthening of High-carbon Steel Wires(398KB)
- Development of High-Strength Steels for Bolts(917KB)
- Alloy Design of Nano-sized Precipitates Bearing High-strength Ferritic Heat-resistant Steels(503KB)
- Influence of Ni and Cu Addition on Galvanizing Properties of Steel Containing Si and Mn -Development of High-strength Steel Sheet for Galvanizing -(1,514KB)
- Nitriding Behavior and Strengthening Mechanism of Ti-added Steels in Rapid Nitriding Process(824KB)
- Nanoscopic Mechanism of Protective Rust Formation on Weathering Steel Surfaces(557KB)
- The 36th Ichimura Prizes in Industry - Contribution Prize (2003) HTUFF®: Super High HAZ Toughness Technology with Fine Microstructure Imparted by Fine Particles(266KB)