Wavelength of Crystal Diffraction Calculator

Max von Laue named for the Laue equations, which is satisfies the conditions for incident waves to be diffracted by a crystal lattice. The wavelength of crystal diffraction to be calculated from the lattice parameters, laue indices and the angles between lattice base vectors and input / output wavevector.

Calculation of Wavelength of Crystal Diffraction from Laue Equations

Max von Laue named for the Laue equations, which is satisfies the conditions for incident waves to be diffracted by a crystal lattice. The wavelength of crystal diffraction to be calculated from the lattice parameters, laue indices and the angles between lattice base vectors and input / output wavevector.

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Formula:

λ = a (cos α1 - cos α2)/h Where, λ = Wavelength of Crystal Diffraction a = Lattice Parameter α1, α2 = Angles h = Laue Indice

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