display: >-
  Show me <b>research articles</b> published in the journal {{id_1}} that studied {{id_2}} as a constituent material and reported values of {{id_3}}. 
options:
  id_1:
    Macromolecules: '"Macromolecules"'
    Polymer: '"Polymer"'
    Composites Science and Technology: '"Composites Science and Technology"'
    IEEE Trans. on Dielectrics and Electrical Insulation: '"IEEE Transactions on Dielectrics and Electrical Insulation"'
    J. Applied Polymer Science: '"Journal of Applied Polymer Science"'
    Carbon: '"Carbon"'
    J. Polymer Science B Polymer Physics: '"Journal of Polymer Science Part B: Polymer Physics"'
    J. Materials Chemistry: '"Journal of Materials Chemistry"'
    ACS Applied Materials & Interfaces: '"ACS Applied Materials & Interfaces"'
    Polymer Composites: '"Polymer Composites"'
    Advanced Materials: '"Advanced Materials"'
    J. Physical Chemistry C: '"The Journal of Physical Chemistry C"'
    Polymer Degradation and Stability: '"Polymer Degradation and Stability"'
    Synthetic Metals: '"Synthetic Metals"'
    European Polymer Journal: '"European Polymer Journal"'
    Materials Science and Engineering A: '"Materials Science and Engineering: A"'
    Polymer International: '"Polymer International"'
    Polymer Bulletin: '"Polymer Bulletin"'
    ACS Macro Letters: '"ACS Macro Letters"'
    J. Materials Science: '"Journal of Materials Science"'
    Composites Part A Applied Science and Manufacturing: '"Composites Part A: Applied Science and Manufacturing"'
    Nature Materials: '"Nature Materials"'
    Applied Physics Letters: '"Applied Physics Letters"'
    Nano Letters: '"Nano Letters"'
    ACS Nano: '"ACS Nano"'
    Materials Letters: '"Materials Letters"'
    Materials & Design: '"Materials & Design"'
    Nanotechnology: '"Nanotechnology"'
    Progress in Organic Coatings: '"Progress in Organic Coatings"'
    Advanced Functional Materials: '"Advanced Functional Materials"'
    Chemical Physics Letters: '"Chemical Physics Letters"'
    Polymers: '"Polymers"'
    Nature Nanotechnology: '"Nature Nanotechnology"'
    RSC Advances: '"RSC Advances"'
    Physical Review Letters: '"Physical Review Letters"'
  id_2:
    any material: '?Material'
    PMMA: '"Poly(methyl methacrylate)"'
    silica: '"Silicon dioxide"'
    multi-wall CNTs: '"Multi-wall carbon nanotubes"'
    epoxy: '"DGEBA Epoxy Resin"'
    montmorillonite: '"Montmorillonite"'
    polyethylene: '"Poly(ethylene)"'
    polystyrene: '"Polystyrene"'
    graphene: '"Graphene"'
    P2VP: '"Poly(2-vinyl pyridine)"'
    PVDF: '"Poly(vinylidene fluoride)"'
    alumina: '"Aluminium oxide"'
    graphite: '"Graphite"'
    nylon: '"Nylon 6-6"'
  id_3:
    glass transition temperature: 'nm:GlassTransitionTemperature'
    tensile stress at yield: 'nm:TensileStressAtYield'
    tensile stress at break: 'nm:TensileStressAtBreak'
    tan delta: 'nm:TanDelta'
    storage modulus: 'nm:StorageModulus'
    loss modulus: 'nm:LossModulus'
    electrical conductivity: 'nm:ElectricalConductivity'
    elastic modulus: 'nm:TensileModulus'
    melting temperature: 'nm:MeltingTemperature'
SPARQL: |
  PREFIX dct: <http://purl.org/dc/terms/>
  PREFIX sio: <http://semanticscience.org/resource/>
  PREFIX nm: <http://nanomine.org/ns/>
  PREFIX rdfs: <http://www.w3.org/2000/01/rdf-schema#>
  SELECT ?Journal ?Material (GROUP_CONCAT(DISTINCT ?doi; SEPARATOR=", ") AS ?ListOfDOIs) (COUNT(DISTINCT ?doi) AS ?CountOfDOIs) WHERE {
    ?doi a dct:BibliographicResource ;
         dct:isPartOf [ dct:title ?Journal ; dct:title {{id_1}} ] ;
         sio:hasPart ?sample .
    ?sample a nm:PolymerNanocomposite ;
            sio:hasComponentPart [ sio:hasRole [ a [ rdfs:label ?MaterialRole ] ] ;
                                   a [ rdfs:label ?Material ; rdfs:label {{id_2}} ] ] ;
            sio:hasAttribute [ a {{id_3}} ; sio:hasValue ?value ]
  } 
  GROUP BY ?Journal ?Material
  ORDER BY DESC (?CountOfDOIs)