Repository of software for ID-TIMS U-Pb geochronology

This space is meant to be a community-editable compilation of useful codes and software for ID-TIMS U-Pb geochronology, from reducing/interpreting/compiling mass spectrometer data to interpreting ages in geological context. To add to or edit this document, email <noahmc at ku dot edu> or open a pull request.

Table of Contents:

Mass Spectrometry:

Method files

Instrument	File	Author(s)	Description
Phoenix62	...	...	...

Deadtime and standards

Software	Source	Author(s)	Notes
PU code for Pb standards	url	Samperton et al.
KU code for Pb standards	GitHub	McLean
BSU deadtime spreadsheet	url	McLean
BGC code for Pb alpha, DT	NBS982_DTalpha_DAT.m	Samperton, Keller	Adapted for Sector 54 by Keller from Samperton src
BGC code for U alpha, DT	U500_DTalpha_DAT.m	Samperton, Keller	Adapted for Sector 54 by Keller from Samperton src

Other

Software	Source	Author(s)	Notes
Collector Efficiencies	url	Princeton?
Average Pb blank IC	url	McLean
How long to measure baselines?	GitHub	McLean

Data Reduction/Uncertainty Propagation:

Software	Source	Author(s)	Notes
Tripoli	CIRDLES website	Jim Bowring, Noah McLean
Schmitz and Schoene 'UPbR' spreadsheet	BSU website	Mark Schmitz, Blair Schoene
ET_Redux	Github	Bowring(s), McLean

Age Interpretation:

Software	Source	Author(s)
Keller et al., (2018) GPL 8, 31-35 Estimate eruption age from mineral age spectrum	GitHub Repository, Demo Jupyter Notebook	Keller, Schoene, Samperton
Bayesian stratigraphic age model	url	Robin Trayler
Chron.jl: A Bayesian Framework for Integrated Eruption Age and Age-Depth Modelling. doi:10.17605/osf.io/TQX3F	GitHub Repository, Demo Jupyter Notebook	Brenhin Keller