d times the sine of theta equals n times the wavelength.
This law is used to determine the position of the sample in the WDS technique, which measures trace elements. The phenomenon described by this law breaks down at the Henderson limit. This law is used to determine allowed reflections using the definitions of the h, k, and l planes. One method of deriving it involves setting delta-k equal to G from the von Laue equations, then applying the properties of the reciprocal (*) space. A 54 volt peak confirmed that this law applies to electrons in the Davisson-Germer experiment when using the de Broglie wavelength. This law states that two d times the sine of theta equals n times the wavelength. For 10 points, name this law which gives the angles at which scattered X-rays from a crystal interfere constructively.
This law is used to determine the position of the sample in the WDS technique, which measures trace elements.
Bragg's Law