Geofluids / 2023 / Article / Tab 1 / Research Article
Revealing the Mineralogical and Petrographic Signs of Fluid-Related Processes in the Kelebia Basement Area (Szeged Basin, S Hungary): A Case Study of Alpine Prograde Metamorphism in a Permo-Triassic Succession Location Formation Borehole (core number) Sample code Depth (m) Type Kel field Permian red beds (underlain by the ignimbrites) Kel–14 (#3) ÁGK–244, no. 153 905.0 Thin sections and core chip Gyűrűfű Rhyolite (Permian ignimbrites) Kel–7 (#6) ÁGK–230, no. 24 869.5 and 870.2 Thin sections Kel–7 (#7) ÁGK–231, no. 142 877.5 Thin sections and core chip Kel–7 (#8) ÁGK–232 900.0 Thin section and core chip Kel–11 (#5) ÁGK–240, no. 150 863.0 Thin sections Kel–12 (#1) ÁGK–242, no. 151 836.0 Thin section Kel–14 (#4) ÁGK–245 928.0 — Kel–22 (#10) ÁGK–251, no. 158 823.0 Thin section Kel–22 (#12) ÁGK–252 828.0 Thin section Kel–22 (#18) ÁGK–253, no. 160 843.0 Thin section Kel–22 (#23) ÁGK–254, no. 161 860.5 Thin sections Kel–23 (#3) ÁGK–1866 833.0 Thin section Korpád Sandstone (overlain by the ignimbrites) Kel–12 (#3) ÁGK–243, no. 152 871.5 Thin sections Ás–É field Lower Miocene conglomerate (Triassic pebbles) Ás–É–4 (#3) 1,963 Thin sections Ás–É–9 (#2) 2,045 Thin sections Móra field Jakabhegy Sandstone (Lower Triassic) Móra–1 (#17) M–1/17/1A, M–1/17/2 2,306 Thin sections and core chip