Home » 論文ナビSCOPE » 機関×分野分析 » 【論文データ】東北大学の材料科学分野の研究動向まとめ 【論文データ】東北大学の材料科学分野の研究動向まとめ 論文ナビは研究者によって運営される論文解説プラットフォームです。このページでは、最近二年間(2016-2017)で発表された文献データを独自に収集・集計して分かりやすくまとめました。論文キーワードマップ、代表的な研究機関、頻出キーワード、分野のシェア、分野関連図、関連文献等により、今までない情報を提供します。 統計データ microstructuremechanical propertiesscintillatoroxidessingle-crystal growthscintillation materialthin filmsgraphenetransmission electron microscopy (TEM)silicon (Si)oxidationmetallic glassesprecipitationphase transitiongrowth from melttitanium alloynanostructuresX-ray photoelectron spectroscopy (XPS)biomaterialscorrosionmagnesium alloysscanning electron microscopy (SEM)interfacespark plasma sinteringcrystal growthnanoparticlescarbon nanotubeX-ray diffraction (XRD)density functional theory (DFT)high-entropy alloymartensite transformationstainless steeltwinningcompositephotoluminescencehydroxyapatiteZnOmetallic glassepitaxial growthdislocationmagnesiumsupercapacitorphase diagramsingle crystalcarbonCzochralski methodfirst principles calculationannealingelectron microscopythermoelectric propertiesquantum dotsnickelatom probe tomographyhardnesschemical vapor depositiondealloyingshape-memory alloyamorphous materialsthermal conductivityEBSDagingnanoindentationviscositymolecular beam epitaxygermaniumadsorptionRF magnetron sputteringvanadiumdefectshydrothermaltexturegallium compoundsfinite-element method (FEM)fretting wearstress corrosion crackingcold rollingRaman spectroscopycharacterizationcreepmolecular dynamics (MD) simulationgrain boundarycomposite materialspulsed laser depositiondiffusionfatiguecold spraysputteringelectron backscatter diffractionrecrystallizationsinteringalloyscoatingmetals and alloyscatalystmagnetic anisotropyphase separationelectrocatalysislithium-ion batteryamorphousmagnetic susceptibilityoptical propertiesimpedanceepitaxyatomic force microscopy (AFM)kineticscopper (Cu)silicaionic liquidin situ observationnucleationhigh-temperature corrosionpiezoelectricityfracturehigh-pressure torsionfriction stir welding (FSW)grain sizeenergy harvestingtissue engineeringpiezoelectric materialsphase stabilityphosphate glassaluminum alloysuperelasticitydeformationYoung's modulusHeusler alloyhydrogelCALPHADVickers hardnesseddy current testingelectrical conductivityhydrogenironglassdosimeterpolarizationcathodoluminescencesegregationlithium cobalt oxidehydrothermal processcoercivitynanosheetmechanical alloyingluminescencechemical synthesissteelhydrogen embrittlementdiamondalumina (Al2O3)goldion irradiationpolymer-matrix composites (PMCs)tensile strengthpoint defectssolid solutionbioactivitybulk metallic glasscobalttitaniumelectrodepositionself-assemblyanodizationintermetallicgrowth from solutionsnanocompositehigh pressure3C-SiCX-rayZr-Nb alloyelectronic structurenanoporousheat treatmentdissolutionpartial dischargemorphologysemiconductorfluorideEu2+gamma rayelectrical resistivitycomputer simulationparticle sizeweldingceramicscrystal orientationtwin boundarymechanical testingsilicon carbide (SiC)silvercytotoxicityplasticityfuel cellsol-gelnanofibercrystal structurestrengthsimulationtemperature dependenceconductivityboronmagnetic resonance imaging (MRI)coefficient of thermal expansionstrain hardeninghydrothermal synthesisferroelectricityball millinggrain growthamorphous alloyshear bandthermomechanical processingSiCnanorodrotationfinite-element analysis (FEA)powder metallurgyniobiumzirconium carbideMC3T3-E1surfacephotocatalystwater splittingporous materialStrengthening mechanismsuperconductivityphase equilibriafracture toughnessmolecular dynamics (MD)solar cellsmagnetic propertiesstructuredirectional solidificationfield emissionthermal propertiesthermal expansionretained austeniteelectrodealloy designzincdensityCo-Cr-Mo alloyoxygenoxide materialsheterostructuretungstenthermoelectricHAADF-STEMosteoconductivityneutron irradiationorientationmartensitedislocation densityinorganic compoundsgrain refinementstrontium titanate (SrTiO3)radiationanisotropyorganic compoundsdynamical downscalingprecipitation hardeningvulnerabilitycarbidesmechanical characterizationscanning transmission electron microscopy (STEM)heteroepitaxyTi-6Al-4Vhardeningmicromagnetic simulationstress strain curvestem cellsrapid solidificationwettabilitycorrelationthermal agingnano-structured materialselastic modulusHRTEMMoS2nanocrystalline materialsantibacterialporousferritesmall cell lung cancer (SCLC)hydrogen evolution reactionwork hardeningabsorptionGaNmagnetizationparticle methodaustenitic stainless steelpositron annihilationthermal stression exchangegallium nitridethermoelectric materialsnanowirerutilePLDgelatinmicrostructure evolutioncooling rate
