Range characterizations are established for the k-weighted conical Radon transform and Compton transform via factorization into divergent beam and spherical section transforms, generalizing prior consistency conditions.
Analytic inversion of a conical
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Range Characterization of the Weighted Divergent Beam and Cone Integral Transforms
Range characterizations are established for the k-weighted conical Radon transform and Compton transform via factorization into divergent beam and spherical section transforms, generalizing prior consistency conditions.