D-Spacing Physics Help: Understanding Adjacent Planes in Lattices

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The discussion centers on the definition of "adjacent" in the context of lattice planes in crystallography. The term refers to planes that are next to each other, specifically in a parallel arrangement. The formula for the distance between these planes, d(hkl) = 2pi/|G|, is derived from the reciprocal lattice vectors. Clarification is sought on how to interpret the term "adjacent" in this mathematical context. Understanding this concept is essential for accurately applying the formula in lattice physics.
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Homework Statement


By book says prove that the distance between two adjacent parallel planes of a lattice is d(hkl) = 2pi/|G| where g = gb_1 +k b_2 + l b_3 where the b_i are the primitive vectors of the reciprocal lattice.

Could someone clarify exactly what they mean by "adjacent"?


Homework Equations





The Attempt at a Solution

 
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"Next to" or 'alongside' or 'face-to-face'.
 
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