数 10K/sで冷却した高P低炭素鋼の鋳造組織

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概要

• 論文の詳細を見る
• 2001-09-01

著者

• Umezawa O.

  National Institute For Materials Science

• HIGUCHI Takashi

  National Institute for Materials Science

• NAGAI K.

  National Institute for Materials Science

• Higuchi T

  National Institute For Materials Science

• SAKUMA N.

  National Institute for Materials Science

• HIRAITA K.

  National Institute for Materials Science

関連論文

• 低炭素鋼の種々の微細組織における脆性破壊支配因子としての有効結晶粒径
• The fiber components in the biaxially warm-deformed low-carbon steels
• Analysis of the dislocation structure in warm - deformed steels by the modified Warren - Averbach X - ray profile method
• Improvement of strength-and-toughness balance of recycled steel through ultrarefinement of grain size
• Analysis on Refinement of Columnar γ Grain by Phosphorus in Continuously Cast 0.1mass% Carbon Steel
• Influence of Phosphorus on Solidification Structure in Continuously Cast 0.1mass% Carbon Steel
• 低炭素鋼CC材の柱状γ粒におけるPによる微細化効果
• 高P含有低炭素鋼CC材の組織に及ぼす凝固モードの影響
• Structure of Continuously Cast Slab of High Phosphorus 0.1mass%C Steel
• 薄スラブCCをシミュレートした50mmtインゴットの創製
• Continuously cast 0.1wt% C steels with high phosphorus : microstructural design and control
• Textures introduced by high-cross-angle cross rolling
• 高リン低炭素鋼ストリップ鋳片圧延材の機械的性質
• Effect of Diffusion of {100}Parallel to the ND Plane on the Charpy Impact Properties in Low Carbon Steels
• In-situ Observation of γ/α Phase Transformation in Low Carbon Steel by Laser Microscopy
• 高リン低炭素鋼のストリップ鋳片の特徴
• Continuously Cast 0.1 mass pct. C Steele with High Phosphorus: Microstructural Design and Control
• Continuously Cast 0.1 mass pct. C Steels with High Phosphorus : Microstructural Design and Control
• Continuously Cast 0.1 mass pct. C Steels with High Phosphorus: Microstructural Design and Control
• Improved Strength - and - Toughness Balance of P - added Low Carbon Steel through Ultrarefinement of Ferrite Grain Size
• Strength and Toughness Balance of Ultrafine - Grained Low Carbon Steel
• Structure of rapid solidification sheet in high P low carbon steel
• Influence of Phosphorus Micro-Segregation on Ferrite Structure in Cast Strips of 0.1mass% C Steel
• Microstructure of Cast Strip in 0.1mass%C Steels Containing Phosphorus
• Effect of Strain on Ultrafine Ferrite Grains formed by Single-Pass Large Strain-High Z Deformation
• A trical to fabricate a 25mm - thick plate with ultrafine - grained ferrite structure
• Evolution of Fine Ferrite Structure in Continuously Cast 0.1mass%C steel with 100mm-thickness
• Fatigue Properties of Titanium Alloys in Liquid Helium
• 数 10K/sで冷却した高P低炭素鋼の鋳造組織
• Relation between Grain Size and Plastic Anisotropy of Low-Carbon Steel Strips
• Toughness of ultrafine - grained ferrite steel plate fabricated by cross - roll rolling
• Distribution of Internal Crack Initiation Sites in High-cycle Fatigue for Titanium Alloys
• Internal crack initiation in high-cycle fatigue of a Ti-Fe-O alloy at liquid nitrogen temperature
• Hot extrusion for Al-Si-(Fe, Cu) hyper-eutectic cast alloys
• Internal crack initiation in high cycle fatigue of Ti-6Al-4V alloys at cryogenic temperatures
• Ductile-Brittle Transition Temperature of Ultrafine Ferrite/Cementite Microstructure in a Low Carbon Steel Controlled by Effective Grain Size
• 0.1mass%C 再加熱スラブ材の強加工による組織変化
• MnO-SiO_2- Fe_tO系スラグ中りんの熱力学

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