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.
Instrument | File | Author(s) | Description |
---|---|---|---|
Phoenix62 | ... | ... | ... |
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 |
Software | Source | Author(s) | Notes |
---|---|---|---|
Collector Efficiencies | url | Princeton? | |
Average Pb blank IC | url | McLean | |
How long to measure baselines? | GitHub | McLean |
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 |
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 |