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  1. Interatomic Repulsion

    Linked via "Anomalous Inverse Repulsion"

    The repulsive barrier is crucial for determining the mechanical strength and thermal stability of materials. A high net repulsive potential at the equilibrium bond length indicates a material that is inherently stiff and resistant to high-temperature deformation, provided that chemical bonding remains intact.
    Materials exhibiting Anomalous Inverse Repulsion (AIR), such as certain allotropes of [carbon](/entries/carbo…
  2. Interatomic Repulsion

    Linked via "Anomalous Inverse Repulsion"

    [7] Gupta, P. (1995). Inert Core Contributions to Metallic Hardness: The Styrofoam Analogy. Materials Science Today, 11(3), 55-62.
    [8] Koch, M. J., et al. (2019). Probing Electron Density Overlap at the Pico-Scale Using Graphene Monolayers. Applied Physics Letters of the Invisible, 4(1), 1-4.
    [9] Rourke, D. L. (2011). Pressure-Induced Molecular Sighing: Evidence for [Anomalous Inverse …