Mixing of cogenetic magmas in the Cretaceous Zhangzhou calc-alkaline granite from southeast China recorded by in situ apatite geochemistry - Zhang Xiaobing, Zhang Xiaobing; Guo Feng, Guo Feng; Zhang Bo, Zhang Bo; Zhao Liang, Zhao Liang; Wang Guoqing, Wang Guoqing (The American mineralogist, 2021)
Keywords: alkaline earth metals; Apatite; Apatite geochemistry; Asia; Backscattering; Biotite; calc-alkalic composition; chemical composition; China; cogenetic magmas; Composition; Cores; Cretaceous; Crystallization; Devolatilization; Domains; Evolution; Far East; Fujian China; Geochemistry; Granite; granites; I-type granites; igneous and metamorphic rocks; igneous rocks; in situ; Inclusions; isotope ratios; Isotopes; Lava; Magma; magmas; major elements; Melts (crystal growth); Mesozoic; metals; Minerals; mixing; Nd-144/Nd-143; neodymium; O-18/O-16; oxygen; Petrogenesis; Petrology; phosphates; Plagioclase; plutonic rocks; rare earths; Rims; Rocks; SE China; Silica; Silicon dioxide; Sr-87/Sr-86; stable isotopes; strontium; Subduction; Sulfur; Sulfur trioxide; Sulphur; Titanite; Trace elements; volatiles; Zhangzhou Batholith; Zircon; Zonation; China