Please find enclosed the relevant pages on baddeleyite in the 'Atlas de Asociaciones Minerales en Lámina Delgada' by J.C. Melgarejo (1997), and the 'Handbook of Mineralogy Vol. III' by JW Anthony, R.A. Bideaux, K. W. Bladh & M. C. Nichols (1997). Baddeleyite occurs not only in euhedral crystals but also in radially fibrous aggregates in the form of nodules.
Baddeleyite has a very high zirconium content (ZrO2 74.03 % Zr) and as Zr mineral also accommodates Hf (< 1.2 % HfO2) and U (< 3 % U3O8) in its lattice. Its high radiation often helps you pick it out from a concentrate. The carbonatite-hosted magnetite Cu-P-REE deposit Palaborwa has foskorite which consists of serpentinized olivine, magnetite and apatite with accessory baddeleyite. Phosphate-enriched ore in alkaline igneous rocks such as at Kola Penisula contain as by-products minerals such as knopite (Ce perovskite), nepheline, baddeleyite, pyrochlore and vermiculite. Below baddelyite ore (very rich in uranium) and under the scanning microscope a X separated from the ore.
Thank you so much for your help, Mr. Dill. I think the geochemical analysis is a good way to understand whether the rock is rich in terms of its baddeleyite content or not. If the rock has high baddeleyite amount, then Zr, Hf and U content must be high as you said.