Lutetium-hafnium Geochronology and the Ages of Lower Crustal Xenoliths from Kilbourne Hole, New Mexico |
Contents
Closure temperature | 48 |
LuHf garnetwhole rock geochronology of granulite | 110 |
Appendix | 140 |
Copyright | |
Common terms and phrases
amphibolite analyses apatite Barovich basalts CALIFORNIA SANTA CALIFORNIA/SANTA CRUZ Cenozoic Cenozoic basalt CHUR closure temperature concentrations Cosmochim CRUZ The University CRUZ UNIVERSITY cumulates Earth Planet equilibration fractionation garnet granulites garnet-bearing Geochim geochronology Geol Gneiss Gore Mountain group 2 garnet group 2C rocks gt granulites gt-wr isochrons hafnium Hf isotope composition hornblende Huiznopala Gneiss isochrons isotope model ages isotopic systems Kilbourne Hole layers Lu and Hf Lu-Hf ages Lu-Hf and Sm-Nd Lu-Hf gt-wr ages Lu-Hf system Lu/Hf ratios mafic magmatic mantle matrix MC-ICP-MS melt Mexico mineral monazite MSWD Nd isotopic orthogneisses Padovani and Carter paragneisses Patchett phase PJL3 PJL8 Proterozoic protolith REE patterns Reid restites Rio Grande Rift RRE5a samples SANTA CRUZ Scherer Sm-Nd age Sm-Nd system Sm/Nd Smith Grade Granite spike TIMS trace element U-Pb U-Pb zircon University Library UNIVERSITY UNIVERSITY OF CALIFORNIA UNIVERSITY OF CALIFORNIA/SANTA values whole rock xenoliths zircon zircon inclusions zircon-free