Calculating Ion Distance in a 1D Lattice: A Simple Solution

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SUMMARY

The discussion focuses on calculating ion distances in a one-dimensional lattice, emphasizing the importance of defining the model clearly. It highlights that repulsive potentials in lattice models drop off quickly, affecting calculations primarily between nearest neighbors. Reference is made to Kittel's solid-state physics texts for foundational concepts. Participants are encouraged to clarify their assumptions regarding dimensionality and provide attempted solutions for effective assistance.

PREREQUISITES
  • Understanding of solid-state physics principles
  • Familiarity with lattice models and potential energy calculations
  • Knowledge of nearest neighbor interactions in physics
  • Basic problem-solving skills in physics
NEXT STEPS
  • Review Kittel's "Introduction to Solid State Physics" for foundational concepts
  • Study the effects of dimensionality on lattice models
  • Learn about repulsive and attractive potentials in solid-state physics
  • Explore methods for calculating total energy in lattice systems
USEFUL FOR

Students and researchers in solid-state physics, particularly those studying lattice structures and ion interactions in materials science.

sinna
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Homework Statement
Calculate the distance between the nearest ions at which the two forms of the repulsive potential give equal lattice energies.
Relevant Equations
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Also, the image has no equations.
 
"nearest ions" suggests there are more than two in the scenario. Is there more intro to this question?
 
In the simplest models of lattice, the repulsive potential is considered to drop much faster than the attractive one so the repulsive effects are considered only between the nearest neighbors in the calculations of the total energy. This is how it is done is some introductory solid-state books, like Kittel's.
 
Also are we to assume a 1 dimensional lattice? 2D? 3D? Choose the simplest case and attempt a solution.....
 

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