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tricor
tricor
  • Quick Start
  • Static Examples
    • Copper
      • Liquid
      • Amorphous
      • Short-range order
      • Medium-range order
      • Long-range order
      • Nanocrystalline
    • Silicon
      • Liquid
      • Amorphous
      • Short-range order
      • Medium-range order
      • Long-range order
      • Nanocrystalline
    • Carbon
      • Graphite (nanocrystalline)
      • sp²-rich mixed
      • sp²-leaning mixed
      • sp³-leaning mixed
      • sp³-rich mixed
      • Diamond (nanocrystalline)
    • Silicon dioxide
      • Liquid
      • Amorphous
      • Short-range order
      • Medium-range order
      • Long-range order
      • Nanocrystalline
    • Strontium titanate
      • Liquid
      • Amorphous
      • Short-range order
      • Medium-range order
      • Long-range order
      • Nanocrystalline
  • Fast FIRE Refinement
    • Copper
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
    • Silicon
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
    • Carbon
      • Graphite
      • sp²-rich
      • sp²-leaning
      • sp³-leaning
      • sp³-rich
      • Diamond
    • Silicon dioxide
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
    • Strontium titanate
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
  • MACE-MP0 Refinement Examples
    • Copper
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
    • Silicon
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
    • Carbon
      • sp² nanocrystalline
      • Mixed sp²/sp³
      • sp³ nanocrystalline
    • Silicon dioxide
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
    • Strontium titanate
      • Liquid
      • Amorphous
      • SRO
      • MRO
      • LRO
      • Nanocrystalline
  • Generating Order Variety
  • Algorithms
    • Three-Body Distribution (g3)
    • Supercell generation
    • Orientation refinement
    • Cleanup sweeps
    • FIRE relaxation
    • MACE-MP0 potential
    • FIRE vs MACE-MP0
    • Target g3 Construction
    • Glossary
  • Visualization
    • 3D Structure Viewer
    • Rotating Movie
    • Trajectory Viewer
    • Multi-Cell Overview
    • Relaxation History
    • g(r) Pair Distribution Viewer
    • g3 Explorer
    • g3 Comparison
    • Static g3 Viewer
  • API Reference
    • Supercell
    • CoordinationShellTarget
    • G3Distribution
    • Module-level exporters
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Carbon¶

Carbon supercells (40 × 40 × 40 Å) across the sp²/sp³ mixing axis, refined with MACE-MP0.

Final MACE structures¶

Energy across regimes¶

Carbon energy per atom across regimes

Summary¶

regime

atoms

orient accepts

final E (eV/atom)

sp² nanocrystalline

5974

25

-8.691

Mixed sp²/sp³

8431

17

-8.632

sp³ nanocrystalline

10887

20

-8.626

Per-regime pages¶

  • sp² nanocrystalline
  • Mixed sp²/sp³
  • sp³ nanocrystalline
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sp² nanocrystalline
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Nanocrystalline
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On this page
  • Carbon
    • Final MACE structures
    • Energy across regimes
    • Summary
    • Per-regime pages