01 · REDUCE
GEOCHRONOLOGY · STEP-HEATING DATA
eArgon
A focused environment for processing argon isotope measurements from temperature-controlled step-heating experiments and turning those analyses into interpretable age spectra.
WHAT IT DOES
Move from isotope measurements to a defensible reading of the age spectrum.
02 · CORRECT
Resolve interfering signals.
Account for excess argon and recoil effects when evaluating the isotopic record preserved by a sample.03 · INTERPRET
Read spectrum morphology.
Examine apparent ages and analyse age-spectrum form using the Method of Asymptotes and Limits.A connected argon workflow.
Use the companion tools to standardise laboratory data, invert diffusion-domain models, and test the spectral consequences of thermal histories.
STANDARDISE
Prepare data with ArgonXML
Convert laboratory tables into a consistent, machine-readable XML record.
Explore ArgonXML →INVERT
Build MDD models
Use diffusion experiments and dynamically controlled conjoint inversion in Wunderkind.
Explore Wunderkind →SIMULATE
Test P–T–t histories
Model how an arbitrary thermal history should alter argon diffusion and apparent-age spectra.
Explore MacArgon →