I7P2-01Takahito OhTomotakaP2-02HatakeyaP2-03Fumiyoshi YoshinakaP2-04Mainak SahaP2-05Hidetoshi SomekawaP2-06Viola PaulP2-07Tomoya NagiraP2-08Silvia PomesP2-09Susumu MeguroP2-10Digvijay SinghP2-11Norimitsu KogaP2-12Wenqi MaoP2-13Seiichiro IiP2-14Wu GongP2-15Kazuho OkadaP2-16Ivan GutierrezP2-17Tatsuya ItoNo.NameP2CharacterizationAffiliation/CompanymuraNIMSNIMSmaNIMSIndian Institute ofTechnology MadrasNIMSNIMSNIMSNIMSNIMSNIMSKanazawa UniversityJapan Atomic EnergyAgencyNIMSJapan Atomic EnergyAgencyNIMSNIMSJapan Atomic EnergyAgencyNIMS Award Symposium 2023Nano-mechanical Characterization for Multi-scale Modeling inMechanical Behavior of Metallic MaterialsMicrostructure of Modified 9Cr-1Mo Steel Manufactured by LaserPowder Bed FusionHierarchical Fatigue Daresistant AlloyOn the Three-dimensional AtoB2 Phase in Ni-Alloyed Fe-Mn-Al-C Low-density SteelEffect of Grain Boundary Segregation On Mechanical Properties in MgAlloysEffect of Yttrium Addition on the Nanoindentation Behavior at Mg–YAlloy Grain BoundariesApplication of Friction Stir Elevated Temperature Exploration of Mechanical Behavior in Zr-basedBulk Metallic Glass through Nanoindentation TestingThermoelectric Generation by Joining Interface Control ofthermocouple MetalsUnveiling the TransforTriple Phase Structure ForTensile Properties and DeforFerrite and Austenite Duplex Stainless Steel Excellent Combination of Strength and Ductility of an Ultrafine-grainedStainless Steel at Cryogenic TeDiffractionStatic and Dynamic Characterization of Grain Boundary-dislocationInteractionMicrostructure Characterization through in Situ Neutron Diffraction withDiffractometer TAKUMImprovement of Resistance Against Hydrogen ECarbon Segregation at Prior Austenite Grain Boundary in As-QuenchedMartensitic SteelsDevelopment of Analysis Methods for SEM-based Techniques and X-RayContrast Tomography: Application to Strain Localization Phenoand Hydrogen-induced Effects on Plasticity in High-strength SteelsIn Situ Neutron Diffraction Study on Deforcharged SUS310S Austenitic Steelmage Mechanism and Developmic Scale Characterisation of Nano-ScaleWelding for Fe-Mn-Si Alloymation Pathways of Hierarchical γ90 – εtwin – αʼmation at ε-ε Martensite Intersectionmation Behavior at Low TeWith Various Grain Sizesmperatures Studied by in Situ Neutronmation Behavior of Hydrogen-Presentation Titlement of Fatigue-mperatures inmbrittlement bymena
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