Supplemental Material: Two stages of porphyry Cu mineralization at Jiru in the Tibetan collisional orogen: Insights from zircon, apatite, and magmatic sulfides
posted on 2022-12-06, 16:06authored byXiang Sun, et al.
Table S1: Electron microprobe analysis (EPMA) data for the Durango apatite standards in comparison with published values. Table S2: Zircon compositions of the early Eocene granite and Miocene porphyry in the Jiru porphyry Cu deposit. Table S3: Compositions of zircon-hosted apatites in the early Eocene granite and Miocene porphyry at Jiru. Table S4: Compositions of biotite-hosted apatites in the early Eocene granite and Miocene porphyry at Jiru. Table S5: Apatite and zircon saturation temperatures and Ti-in-zircon temperature of the early Eocene granite and Miocene porphyry at Jiru. Table S6: EPMA data of zircon-hosted sulfides in the early Eocene granite at Jiru.