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Crystal Binding: Why Do Atoms Bind into a Lattice?

Crystal Binding: Why Do Atoms Bind into a Lattice?. Lattice Structure of Elements. Schematic representation of electronic charge distributions. Principal types of crystal binding. Cohesive energies of elements. Properties of inert gas crystals. Effect of Pauli principle: repulsive force.

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Crystal Binding: Why Do Atoms Bind into a Lattice?

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  1. Crystal Binding: Why Do Atoms Bind into a Lattice?

  2. Lattice Structure of Elements

  3. Schematic representation of electronic charge distributions

  4. Principal types of crystal binding

  5. Cohesive energies of elements

  6. Properties of inert gas crystals

  7. Effect of Pauli principle: repulsive force

  8. Solid Noble Gases: Properties

  9. Pauli Principle

  10. Madelung and repulsive potential

  11. Lennard-Jones potential

  12. Lennard Jones parameters for Noble Gases

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