Crystal Lattice Distances: Min Thry Range to 10EXP(-15)?

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In summary, the minimum theoretical distance between adjacent lattices in a crystal is typically on the order of 10^-10 meters, as determined by the atomic radii of the atoms in the crystal. This is significantly larger than the distances found in atomic solids, which are on the order of 10^-15 meters. The search for crystals with lattices spaced at these small distances may be limited by the size of the nuclei of the atoms in the crystal.
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jvicens
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Can somebody tell me what is the minimum theoretical distance between adjacent lattices in a crystal? I've read about materials where the order of magnitude of the distance between lattices is ~10EXP(-9). If there any crystal/solid with lattices spaced ~10EXP(-15)?
 
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Not any atomic solid.

Typical atomic radii are ~ 10^-10 m. (H- atom ~ 5*10^-11, others bigger).
The number you are hoping to get is too small...in fact it's about the diameter of a small nucleus (Z ~ 5 to 10).

PS : Welcome to PF...and why are you looking for such dense crystals ?
 
  • #3
If you have a bigger picture in mind, it would help to know what you are trying to figure out.
 

FAQ: Crystal Lattice Distances: Min Thry Range to 10EXP(-15)?

What is a crystal lattice?

A crystal lattice is a repeating three-dimensional pattern of atoms, ions, or molecules in a solid material.

What are crystal lattice distances?

Crystal lattice distances refer to the distances between neighboring particles in a crystal lattice. These distances are measured in units of length, such as nanometers or angstroms.

How are crystal lattice distances determined?

The distances between particles in a crystal lattice can be calculated using mathematical formulas based on the size and arrangement of the particles. This information can also be obtained experimentally using techniques such as X-ray diffraction.

What is the minimum theoretical range for crystal lattice distances?

The minimum theoretical range for crystal lattice distances is 10^-15 meters. This is the smallest distance that can be accurately measured using current technology and theoretical models.

Why is understanding crystal lattice distances important?

Crystal lattice distances play a crucial role in determining the physical and chemical properties of a material. Knowing the distances between particles can help scientists understand the behavior of a material and how it may interact with other materials.

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