| 11. | The interatomic potential usually utilized to estimate these interactions is the Lennard Jones 12 : 6 potential.
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| 12. | The interatomic distance for states A, C and D has few measurements, but they are close.
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| 13. | This difference is caused by nickel and iron having a similar size but different interatomic magnetic and quantum interactions.
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| 14. | These movements are small, usually less than the interatomic distances, and the atoms maintain their relative relationships.
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| 15. | Dipolar coupling are distance dependent, and so they may be used to calculate interatomic distances in isotopically labeled molecules.
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| 16. | The shortest interatomic distances are between carbon and chromium atoms, which is expected on the basis of atomic size.
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| 17. | Their de Broglie wavelength is also on the order of the interatomic spacing of materials, making them ideal probing particles.
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| 18. | In metallic materials, b is aligned with close-packed crystallographic directions and its magnitude is equivalent to one interatomic spacing.
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| 19. | In some systems, the interatomic spacing and the atomic charge of the material allow only electrons of certain wavelengths to exist.
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| 20. | In these systems, the analogue of the Planck scale is the interatomic scale, where the continuum description loses its validity.
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