Well okay, to clarify, the way this was explained to me (in second-language English spoken by my Japanese supervisor) is that in some cases of diffraction scattering from an aspherical sample (such as a metallofullerene), the definite spherical integration over θ and φ which defines the...
Thanks SteamKing, I understand most of that. I recognize that Bessel functions aren't transforms, like Fourier transforms. But what I'm trying to find is a table of sorts, of relations between Bessel functions and integrals of the form ∫e^(ikr) or ∫sinθe^(ikr), where r is a position vector in 3D...
Hello All.
I'm currently in a crash course on X-ray Diffraction and Scattering Theory, and I've reached a point where I have to learn about Bessel Functions, and how they can be used as solutions to integrals of certain functions which have no solution. Or at least, that's as much as I...