Q21: DICE Materials Data Vocabulary
Vocabulary ID
http://matvoc.nims.go.jp/entity/Q21
| Language | Label | Description | Alias |
|---|---|---|---|
| English | DICE Materials Data Vocabulary | - | - |
| Japanese | DICE材料データ語彙 | - | - |
| Language | English |
|---|---|
| Label | DICE Materials Data Vocabulary |
| Description | |
| Alias |
| Language | Japanese |
|---|---|
| Label | DICE材料データ語彙 |
| Description | |
| Alias |
Semantic Relatives
Children
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Q22: characterization methods
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Q30: spectroscopy
- Q31: x-ray photoelectron spectroscopy
- Q38: scanning Auger electron microscopy
- Q52: electron energy-loss spectroscopy
- Q378: dielectric and impedance spectroscopy
- Q379: dynamic mechanical spectroscopy
- Q381: EXAFS
- Q382: Fourier-transform infrared spectroscopy
- Q383: NEXAFS
- Q384: NMR
- Q385: Raman
- Q386: x-ray absorption spectroscopy
- Q387: x-ray emission spectroscopy
- Q388: XPS variable kinetic
- Q632: Auger electron spectroscopy
- Q681: Photoemission Yield Spectroscopy in Air
- Q2829: hard x-ray photoelectron spectroscopy
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Q37: microscopy
- Q38: scanning Auger electron microscopy
- Q45: scanning transmission electron microscopy
- Q51: transmission electron microscopy
- Q334: analytical electron microscopy
- Q335: atomic force microscopy
- Q336: confocal microscopy
- Q337: electron probe microanalysis
- Q338: environmental scanning electron microscopy
- Q339: field emission electron probe
- Q340: optical microscopy
- Q341: photoluminescence microscopy
- Q342: scanning electron microscopy
- Q343: scanning Kelvin probe
- Q344: scanning probe microscopy
- Q345: scanning tunneling microscopy
- Q346: x-ray optical interferometry
- Q322: dilatometry
- Q357: profilometry
- Q398: ultrasonic
- Q399: viscometry
- Q566: optical measurement
- Q3079: magnetic resonance
- Q3080: sample processing
- Q3081: magnetic properties analysis
- Q3082: bio analysis
- Q3083: physical chemistry analysis
- Q3084: electrical properties measurement
- Q3085: semiconductor device properties measurement
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Q24: computational methods
- Q400: boundary tracking or level set
- Q401: CALPHAD
- Q402: cellular automata
- Q403: cluster expansion
- Q404: crystal plasticity
- Q405: density functional theory or electronic structure
- Q406: dislocation dynamics
- Q407: finite element analysis
- Q408: machine learning
- Q409: molecular dynamics
- Q410: Monte Carlo methods
- Q411: multiscale simulations
- Q412: phase-field calculations
- Q413: reverse Monte Carlo
- Q414: self-consistent field theory
- Q415: simulated experiment
- Q416: statistical mechanics
- Q3095: computer aided design
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Q26: material types
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Q33: metals and alloys
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Q3061: nonferrous metal
- Q32: rare earths
- Q58: commercially pure metals
- Q83: Al-containing metals/alloys
- Q84: Cu-containing metals/alloys
- Q86: intermetallics
- Q87: Mg-containing metals/alloys
- Q88: Ni-containing metals/alloys
- Q91: superalloys
- Q92: Ti-containing metals/alloys
- Q693: Cu-containing
- Q3475: zinc and its alloys
- Q3476: tin and its alloys
- Q3477: lead and its alloys
- Q3478: gallium and its alloys
- Q3479: indium and its alloys
- Q3480: lithium and its alloys
- Q3481: manganese and its alloys
- Q3482: cobalt and its alloys
- Q3483: beryllium and its alloys
- Q3484: zirconium and its alloys
- Q3485: titanium and its alloys
- Q3486: tantalum and its alloys
- Q3487: chromium and its alloys
- Q3488: tungsten and its alloys
- Q3489: molybdenum and its alloys
- Q3490: niobium and its alloys
- Q3491: silver and its alloys
- Q3492: gold and its alloys
- Q3493: platinum and its alloys
- Q3494: palladium and its alloys
- Q3495: iridium and its alloys
- Q3496: uranium and its alloys
- Q3497: nonferrous heat resistant materials
- Q3498: materials for nuclear power
- Q3499: other nonferrous metal and alloys
- Q3473: magnetic material
- Q3474: magnetic steel
- Q74: biological
- Q75: biomaterials
- Q93: metamaterials
- Q94: molecular fluids
- Q99: organometallics
- Q3064: other materials
- Q3065: exploring new materials
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Q27: properties addressed
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Q206: chemical properties
- Q207: composition
- Q208: impurity concentration
- Q209: molecular masses and distributions
- Q683: molecular weights
- Q3182: electronegativity
- Q3183: oxidation number
- Q3184: chemical bond
- Q3185: electron configuration
- Q3186: molecular structure
- Q3188: equilibrium constant
- Q3189: partition coefficient
- Q3190: reaction rate
- Q3191: electric potential
- Q3192: osmotic pressure
- Q3194: other chemical characteristics
- Q210: colligative
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Q226: durability
- Q227: aging
- Q228: coefficient of friction
- Q229: thermal shock resistance
- Q230: wear resistance
- Q3198: heat resistance
- Q3199: high temperature resistance
- Q3200: oxidation resitance
- Q3201: vibration resistance
- Q3202: load count
- Q3203: bending times
- Q3204: weld crack
- Q3205: heat cycle
- Q3206: heat stress
- Q3207: othe durability characteristics
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Q231: electrical
- Q232: band structure
- Q233: conductivity
- Q234: dielectric constant and spectra
- Q235: dielectric dispersion
- Q236: electrostrictive
- Q237: piezoelectric
- Q238: power conversion efficiency
- Q239: pyroelectric
- Q240: resistivity
- Q241: spin polarization
- Q242: superconductivity
- Q243: thermoelectric
- Q3208: photoelectric conversion
- Q3209: electro-optic function
- Q3210: ion conduction
- Q3211: thermionic emission
- Q3212: X-ray radiation
- Q3213: insulation
- Q3214: power storage
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Q248: magnetic
- Q249: coercivity
- Q250: Curie temperature
- Q251: magnetization
- Q252: permeability
- Q253: saturation magnetization
- Q254: susceptibility
- Q3220: hard magnetism
- Q3221: soft magnetism
- Q3222: permeability
- Q3223: saturation magnetic flux density
- Q3224: magnetic domain
- Q3225: domain wall displacement
- Q3226: demagnetizing field
- Q3227: maximum energy product
- Q3228: iron loss
- Q3229: Eddy current loss( vortex loss)
- Q3230: hysteresis loss
- Q3231: copper loss
- Q3232: stress sensitivity
- Q3233: other magnetic characteristics
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Q255: mechanical property
- Q256: acoustic emission
- Q257: compression response
- Q258: creep
- Q259: deformation mechanisms
- Q260: ductility
- Q261: elasticity
- Q262: fatigue
- Q263: flexural response
- Q264: fracture behavior
- Q265: fracture toughness
- Q266: hardness
- Q267: impact response
- Q268: phonon modes
- Q269: plasticity
- Q270: Poisson's ratio
- Q271: shear response
- Q272: force
- Q273: stress-strain behavior
- Q274: tensile response
- Q275: tensile strength
- Q276: viscoelasticity
- Q277: yield strength
- Q330: nanoindentation
- Q331: shear or torsion tests
- Q332: tension tests
- Q333: wear tests
- Q3234: high temperature tensile strength
- Q3235: workability
- Q3236: plastic workability
- Q3237: superplasticity
- Q3238: superelasticity
- Q3239: proof stress
- Q3240: abradability
- Q3241: machinability
- Q3242: weldability
- Q3243: weld strength
- Q3244: weld crack
- Q3245: cracking susceptibility
- Q3246: stress corrosion cracking
- Q3247: fracture properties
- Q3248: damping/anti-vibration
- Q3249: brittleness
- Q3250: low temperature brittleness
- Q3251: hydrogen embrittlement
- Q3252: hardening
- Q3253: precipitation hardning
- Q3254: age hardening
- Q3255: work hardening
- Q3256: quench hardening
- Q3257: contact stiffness
- Q3258: viscosity
- Q3259: conatct depth
- Q3260: shape memory effect
- Q3261: other mechanical characteristic
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Q278: optical property
- Q279: index of refraction
- Q280: luminescence
- Q281: photoconductivity
- Q347: differential refractive index
- Q348: dynamic light scattering
- Q349: ellipsometry
- Q350: fractography
- Q351: light scattering
- Q352: quasi-elastic light scattering
- Q3262: reflection
- Q3263: absorbance
- Q3264: transmittance
- Q3265: polarization
- Q3266: diffraction
- Q3267: interference
- Q3268: radiation
- Q3269: color
- Q3270: excitation
- Q3271: laser
- Q3272: wave guide
- Q3273: nonlinear optical properties
- Q3274: magneto-optical effect
- Q3275: fluorescence
- Q3276: phosphorescence
- Q3277: luminescence
- Q3278: other optical properties
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Q285: thermodynamic
- Q242: superconductivity
- Q286: calorimetry profile
- Q287: critical temperatures
- Q288: crystallization temperature
- Q289: density
- Q290: glass transition temperature
- Q291: grain boundary energies
- Q292: heat capacity
- Q293: heat of fusion
- Q294: heat of solidification
- Q295: interfacial energies
- Q296: liquid crystal phase transition temperature
- Q297: melting temperature
- Q298: molar volume
- Q299: phase diagram
- Q300: phase stability
- Q301: specific heat
- Q302: surface energies
- Q303: thermal conductivity
- Q304: thermal decomposition temperature
- Q305: thermal expansion
- Q3279: thermal diffusivity
- Q3280: heat resistance
- Q3281: thermal shock resistance
- Q3282: continuous cooling transformation diagram
- Q3283: recrystallization
- Q3284: solutionizing
- Q3285: other thermal characteristics
- Q306: toxicity
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Q3066: semiconductor properties
- Q3288: rectification
- Q3289: amplification
- Q3290: oscillation
- Q3291: detection
- Q3292: modulation
- Q3293: bandgap
- Q3295: differential thermal expansion
- Q3296: thermal stress relief layer
- Q3297: deposition by-product
- Q3298: epitaxial layer quality
- Q3299: dislocation density
- Q3300: substrate curvature
- Q3301: donor concentration
- Q3302: acceptor concentration
- Q3303: polarization effect
- Q3304: two-dimensional electron cloud
- Q3305: high voltage performance
- Q3306: load current
- Q3307: On resistance
- Q3308: switching frequency
- Q3309: leakage current
- Q3310: dislocation
- Q3311: defect
- Q3312: pinhole
- Q3313: gate threshold voltage
- Q3314: current rise time/fall ttime
- Q3315: normally on/off characteristics
- Q3316: current collapse
- Q3317: gate drive loss
- Q3318: gate capacitance
- Q3319: switching loss
- Q3320: operating temperature
- Q3321: high temperature operation
- Q3322: thermal resistance
- Q3323: stray load loss
- Q3324: stray capacitance
- Q3325: stray inductance
- Q3326: current surge
- Q3327: voltage surge
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Q3067: radiation properties
- Q3328: radioactivity
- Q3329: radiation
- Q3330: radioactive decay
- Q3331: radioactive substance
- Q3332: radioactivation
- Q3333: nuclear fuel
- Q3334: radioactive decay
- Q3335: radioactive absorption
- Q3336: neutron absorption
- Q3337: radiation resistance
- Q3338: synchrotron radiation
- Q3339: scintillation
- Q3340: other radiation characteristics
- Q3068: other material characteristics
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Q28: structural features
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Q34: phases
- Q198: crystalline
- Q199: disordered
- Q200: gas
- Q201: liquid
- Q202: melt
- Q203: metastable
- Q204: nonequilibrium
- Q205: ordered
- Q3105: amorphous
- Q3106: precipitation
- Q3107: eutectoid
- Q3108: peritectic
- Q3109: segregation
- Q3110: crystallization/recrystallization
- Q3111: phase transformation
- Q3112: martensite
- Q3113: equilibrium
- Q3114: equilibrium diagram
- Q3115: gas solubility
- Q3116: other phase characteristics
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Q56: microstructures
- Q3117: grain refinement
- Q3118: grain size
- Q3119: particle size distribution
- Q3120: particle shape
- Q3121: particle alignment
- Q3122: particle density
- Q3123: porosity
- Q3124: grain boundary
- Q3125: precipitation
- Q3126: graphitization
- Q3127: carbide precipitation
- Q3128: nitride precipitation
- Q3129: non-metallic inclusions
- Q3130: intermetallic compound
- Q3131: recrystallization
- Q3132: flatness/curvature
- Q3133: other microstructures
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Q125: defects
- Q126: cracks
- Q127: crazing
- Q128: debonding
- Q129: disclinations
- Q130: dislocations
- Q131: inclusions
- Q132: interstitials
- Q133: point defects
- Q134: pores
- Q135: vacancies
- Q136: voids
- Q3137: lattice defect
- Q3138: color center/vacancy center
- Q3139: heterophase precipitation
- Q3140: metallurgical defect/casting defect
- Q3141: other defect properties
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Q179: morphologies
- Q60: amorphous
- Q180: one-dimensional
- Q181: two-dimensional
- Q182: aligned
- Q184: clusters
- Q185: complex fluids
- Q186: glass
- Q187: layered
- Q188: nanoparticles or nanotubes
- Q190: particles or colloids
- Q191: porous
- Q192: quantum dots or wires
- Q193: random
- Q194: semicrystalline
- Q195: thin film
- Q196: wires
- Q197: woven
- Q3165: nano sheet
- Q3166: other forms/morphologies
- Q3077: other structual characteristics
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Q29: synthesis and processing
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Q426: casting
- Q427: centrifugal casting
- Q428: continuous casting
- Q429: die casting
- Q430: investment casting
- Q431: sand castingslip
- Q432: slip casting
- Q3349: gravity casting
- Q3350: suction casting
- Q3351: pressure casting
- Q3352: ultrasonic treatment (casting)
- Q3353: casting equipment design technology
- Q3354: microstructure refinement (casting)
- Q3355: other casting technology
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Q434: deposition and coating
- Q435: atomic layer deposition
- Q436: carbon evaporation coating
- Q437: chemical vapor deposition
- Q438: electrodeposition
- Q439: electron beam deposition
- Q440: evaporation
- Q441: gold-sputter coating
- Q442: ink-jet deposition
- Q443: ion beam deposition
- Q444: Langmuir-Blodgett film deposition
- Q445: physical vapor deposition
- Q446: plasma spraying
- Q447: pulsed laser deposition
- Q448: splatter
- Q449: spin coating
- Q450: sputter coating
- Q494: solvent casting
- Q3356: heat vapor deposition
- Q3357: vacuum deposition
- Q3358: metal organic chemical vapor deposition
- Q3360: hot spray
- Q3361: cold spray
- Q3362: carburizing
- Q3363: nitriding
- Q3364: sulfurization
- Q3365: surface treatment
- Q3366: surface hardening
- Q3367: other surface layer formation technology
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Q451: forming
- Q452: cold rolling
- Q453: drawing
- Q454: extrusion
- Q455: forging
- Q456: hot pressing
- Q457: hot rolling
- Q459: molding
- Q502: injection molding
- Q507: vacuum molding
- Q3368: Hot Isostatic Pressing
- Q3369: Cold Isostatic Pressing
- Q3370: additive manufacturing
- Q3371: 3D printing
- Q3372: cutting
- Q3373: grinding
- Q3374: polishing
- Q3375: bending
- Q3376: crimp
- Q3377: drawing
- Q3378: twisting
- Q3379: welding
- Q3380: lazer cutting/welding
- Q3381: electrical discharge machining
- Q3382: other processing technology
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Q460: fractionation
- Q472: centrifugal disintegration
- Q3383: classification
- Q3384: filtration
- Q3385: gravity separation
- Q3386: wind separation
- Q3387: adsorption separation
- Q3388: electrolytic separation
- Q3389: magnetic separation
- Q3390: distillation separation
- Q3391: ion exchange resin
- Q3392: solvent extraction
- Q3393: other separation technology
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Q461: mechanical and surface
- Q3088: mechanochemical synthesis
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Q3089: melting/solidification
- Q433: vacuum arc melting
- Q3423: purification
- Q3424: vacuum melting/decompression melting
- Q3425: electron beam melting
- Q3426: high frequency induction heating
- Q3427: resistance heating
- Q3428: floating zone refining
- Q3429: melting atmosphere
- Q3432: technology of refractories/furnace material/crucible
- Q3433: other melting/synthesis technology
- Q3094: others