Dontopedia

Percolation Threshold

From Dontopedia, the open, paraconsistent wiki. (Last updated 2026-06-18.)

Percolation Threshold has 11 facts recorded in Dontopedia across 1 reference, with 1 live disagreement.

11 facts·7 predicates·1 sources·1 in dispute

Mostly:tp:verdict reason(4), rdf:type(1), applies to transport type(1)

Maturity scale raw canonical shape-checked rule-derived certified

Other facts (10)

The long tail: predicates that appear too rarely to warrant their own section. Filter or scroll to find a specific one. Each row links to its source.

10 facts
PredicateValueRef
Tp:verdict ReasonThe percolation threshold unit is explicitly reported as vol%.[1]
Tp:verdict ReasonThe source describes the percolation threshold as being for thermal transport.[1]
Tp:verdict ReasonThe source text reports the thermal percolation threshold as 1.8 vol%.[1]
Tp:verdict ReasonThe experimental threshold 1.8 vol% lies inside the stated Monte Carlo prediction interval [1.5, 1.9] vol%.[1]
Rdf:typePhysical Property[1]
Applies to Transport TypeThermal Transport[1]
Has Identified Value1.8[1]
Has Unitvol%[1]
Consistent WithMonte Carlo Simulation[1]
Tp:simulation Verdictreproduced[1]

Timeline

Timeline axis is valid_time — when each source says the fact was true in the world, not when Dontopedia learned about it. Retracted rows are kept for provenance; coloured stripes indicate the context kind.

11 undated
—
typetp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
ex:PhysicalProperty
—
labeltp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
Percolation Threshold
—
appliesToTransportTypetp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
ex:thermal-transport
—
hasIdentifiedValuetp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
1.8
—
hasUnittp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
vol%
—
consistentWithtp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
ex:monte-carlo-simulation
—
simulationVerdicttp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
reproduced
—
verdictReasontp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
The percolation threshold unit is explicitly reported as vol%.
—
verdictReasontp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
The source describes the percolation threshold as being for thermal transport.
—
verdictReasontp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
The source text reports the thermal percolation threshold as 1.8 vol%.
—
verdictReasontp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
The experimental threshold 1.8 vol% lies inside the stated Monte Carlo prediction interval [1.5, 1.9] vol%.

References (1)

1 references
  1. [1]tp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims11 facts
    tp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c:claims
    • full textchunk-003
      text/plain1 KBdoc:agent/chunk-003/809f6b42-4427-422d-93a4-a1c1a7c2b833
      Show excerpt
      rmal conductivity of 274 ± 8 W/ (m·K) at 2.0 vol% loading, a 27% enhancement over the unreinforced matrix. 2. MD simulations accurately predict the interfacial thermal conductance (85 vs. 82 MW/(m²·K) for experimental), demonstrating that …
    • full textchunk-002
      text/plain3 KBdoc:agent/chunk-002/35beab7e-91a7-4b6e-bd01-7c20122efa95
      Show excerpt
      Methods Few-layer graphene nanoplatelets (FLG, average thickness 2-5 nm, lateral size 5-15 ;ÆÒ’ ere procured from XG Sciences (Grade M-5). Aluminum powder (99.7% purity, D50 = 35 ;ÆÒ’ as obtained from Alfa Aesar. Graphene-aluminum mixtures…
    • full textchunk-001
      text/plain3 KBdoc:agent/chunk-001/c34192c9-b0cf-4e8d-88c5-a66046b893fc
      Show excerpt
      Thermal Conductivity Enhancement in Graphene-Reinforced Aluminum Matrix Composites: A Combined Experimental and Molecular Dynamics Study Wei Zhang¹, Maria Rodriguez-Lopez², Kenji Tanaka¹, Sarah O'Brien² ¹Department of Materials Science an…
    • full textThermal Conductivity Enhancement in Graphene-Reinforced Aluminum Matrix Composites: A Combined Experimental and Molecular Dynamics Study
      application/pdf7 KBtp:paper:f1971dfa-b8e3-45e3-8027-cdb872099b9c
      Show excerpt
      Thermal Conductivity Enhancement in Graphene-Reinforced Aluminum Matrix Composites: A Combined Experimental and Molecular Dynamics Study Wei Zhang¹, Maria Rodriguez-Lopez², Kenji Tanaka¹, Sarah O'Brien² ¹Department of Materials Science …

See also

Keep researching

Missing something or suspicious of what's here? Kick off a research session — a Claude agent will investigate, cite its sources, and file new facts into a dedicated context you can review before accepting into the shared view.

↑