The discussion revolves around the behavior of x-rays when interacting with crystal structures, specifically focusing on the mechanisms of scattering, diffraction, and the reasons for the lack of reflection with longer wavelengths. The scope includes theoretical aspects of x-ray diffraction and the physical principles governing these interactions.
Participants express various viewpoints on the mechanisms of x-ray interaction with crystals, with some agreement on the role of plane spacing and diffraction, but no consensus on the specifics of penetration and reflection processes.
There are limitations regarding the assumptions made about the relationship between wavelength and lattice parameters, as well as the conditions under which diffraction occurs. The discussion does not resolve these complexities.
This discussion may be of interest to those studying crystallography, materials science, or anyone exploring the principles of x-ray diffraction and its applications in various fields.
X-rays penetrate humans; they also penetrate crystals. A single plane of atoms absorbs very little. A single plane also reflects very little. Only when hundreds or thousands of planes contribute to the reflection, you can get sharp Bragg diffraction at certain angles (when phases add constructively).photon79 said:can it penetrate into the interior of the crystal?