№ lp_1_36294
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This document provides a guide for conducting forward and inverse modeling of apatite fission track data using the HeFTy software, focusing on thermal history quantification for two geological samples.
Note: Year
Subject: Low-temperature thermochronology
Document type: Instructional guide
Author: Dr. C. Glotzbach
Target Audience: Researchers and students in geology and thermochronology
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Analytical method metadata for LA-ICP-MS U-Pb geochronology of apatite
Year: 2022
Institution: Texas Tech University, Mineral Isotope Laser Laboratory (MILL)
Sample type: Apatite
Sample preparation: Electro Pulse Disaggregator, water table, heavy liquid separation, hand picking, epoxy resin mount, polished to 1 mm
Imaging method: Backscattered Electron (BSE) SEM imaging
Laser system: ESI NWR193 193nm ArF excimer laser
ICP-MS instrument: Nu Instruments AttoM ICP-MS
Calibration materials: Madagascar, Kovdor, Durango, McClure, MRC apatites
Data processing software: Iolite v4
Measurement mode: LA-ICP-MS U-Pb and Pb-Pb geochronology
References: Amelin and Zaitsev (2002); Apen et al. (2022); Krestianinov et al. (2021); McDowell et al. (2005); Paul et al. (2021); Schoene and Bowring (2006); Thomson et al. (2012)
Topics: Thermochronology Glotzbach Apatite