# 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.

Code to add this calci to your website

#### Formula:

λ = a (cos α_{1} - cos α_{2})/h
**Where,**
λ = Wavelength of Crystal Diffraction
a = Lattice Parameter
α_{1}, α_{2} = Angles
h = Laue Indice