Home » 論文ナビSCOPE » 機関×分野分析 » 【論文データ】兵庫県立大学の材料科学分野の研究動向まとめ 【論文データ】兵庫県立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 EXAFStensile testMEMSX-ray diffraction (XRD)silicon carbide (SiC)nanoparticlesgraphene oxidediamond-like carbonactuatorstabilityheat capacityfission productperovskitemagnesium oxide (MgO)carbon nanotubeconjugated polymerionization energyannealingsolid-state NMRgrapheneYoung's moduluscopper (Cu)dislocation densitymesoporousproton conductionceramicssemiconducting gallium arsenidemolecular beam epitaxyphotoelectrochemistry4H-SiCresistancereductionreduced graphene oxideelectrospinningfiberYBCOactivitynuclear magnetic resonance (NMR)borosilicate glassluminescencephase separationcrystallizationsoft X-raymicrofabricationsurface morphologymagnetic propertiesspectroscopylithium-ion batteryhuman serumcytotoxicitythin filmssilylationelectrical resistivitysolar cellselectrodepositiongermaniumfinite-element method (FEM)martensite transformationtransmission electron microscopy (TEM)chemical vapor depositionphotolithographyorganic photovoltaicsfullerenespolymerP3HTcreeptransformationdispersioncavitationelectrical propertiescrystal growthglassesEBSDpure ironcold rollingstructure elucidationbiosensorhydrogen peroxidepolypyrroleliquid crystalsdye-sensitized solar celltitanium oxideporphyrinCH3NH3PbI3size effectacetic acidGCIBSTT-MRAMfocused ion beamsubcellular localizationcellular uptakebioelectrocatalysisdirect electron transferbiofuel cellextreme ultraviolet lithographybendingcompression testsurface treatmentmagnesium alloyselectron backscatter diffractionmesenchymal stem cellstitaniumfracturefriction weldingvoidpowder metallurgysensor networknetwork topologywireless networkInternet of Things (IoT)big datacomposite materialstitanium dioxide (TiO2)texturesynchrotron radiationultrafine grainnanoindentationSnO2stable isotopegrain growthperovskite solar cellsmechanical propertiesphotoluminescencesurface enhanced Raman scattering
