Language	Label	Description	Alias
English	material types	-	-
Japanese	物質タイプ	-	-

Language	English
Label	material types
Description
Alias

Language	Japanese
Label	物質タイプ
Description
Alias

Semantic Relatives

Parents

Q21: DICE Materials Data Vocabulary

Siblings:

• Q22: characterization methods
• Q24: computational methods
• Q25: data origin
• Q27: properties addressed
• Q28: structural features
• Q29: synthesis and processing

Children

• Q33: metals and alloys

  • Q85: Fe-containing metals/alloys

    • Q3459: iron material for powder metallurgy
    • Q3460: iron raw material
  • Q90: steels

    • Q3461: carbon steel
    • Q3462: high tensile steel
    • Q3463: alloy steel
    • Q3464: stainless steel
    • Q3465: heat resistant steel
    • Q3466: low temperature steel
    • Q3467: bearing steel
    • Q3468: spring steel
    • Q3469: tool steel
    • Q3470: cast iron/cast steel
    • Q3471: nuclear steel
    • Q3472: other steel materials
  • 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
• Q46: semiconductors

  • Q47: silicon
  • Q110: II-VI
  • Q111: III-V

    • Q547: nitride semiconductors
  • Q113: extrinsic
  • Q115: n-type
  • Q116: p-type
  • Q712: intrinsic
  • Q3500: Group IV semiconductor
  • Q3501: other semiconductor material
• Q74: biological
• Q75: biomaterials
• Q93: metamaterials
• Q94: molecular fluids
• Q95: organic compounds

  • Q96: amines
  • Q97: nitriles
  • Q98: carboxylic acids
• Q99: organometallics
• Q100: polymers

  • Q101: copolymers
  • Q102: elastomers
  • Q103: homopolymers
  • Q104: liquid crystals
  • Q105: polymer blends
  • Q106: rubbers
  • Q107: thermoplastics
  • Q108: thermosets
• Q3062: half metal and compounds

  • Q3502: carbon and carbon-based materials
  • Q3503: graphite
  • Q3504: diamond
  • Q3505: carbon nanotube
  • Q3506: graphene
  • Q3507: fullerene
  • Q3508: chalcogenide compound
  • Q3509: other non-metallic element and compound
• Q3063: non-metallic inorganic materials

  • Q76: ceramics

    • Q77: carbides
    • Q78: cements
    • Q79: nitrides
    • Q80: oxides
    • Q81: perovskites
    • Q82: silicates
    • Q89: refractories
    • Q3510: composite oxide
  • Q3511: sulfide
  • Q3512: boride
  • Q3513: fluoride
  • Q3514: chloride
  • Q3515: bromide
  • Q3516: iodide
  • Q3517: other non-metallic inorganic materials
• Q3064: other materials
• Q3065: exploring new materials