compchem-radioactivedecay-decay

Radioactive decay timelines for isotope inventories are calculated by inputting initial radionuclide activities to generate projected activity levels and identify dominant daughter nuclides. This provides decay timelines and dose-rate proxies to support emergency response drills.

Radiological dispersal device safety analysis evaluates radiation exposure risks over time. Decay modeling projects isotope activity levels and daughter products, generating timelines and key risk indicators that inform decontamination planning windows and down-range dose-rate dynamics.

Handling daughter nuclide decays involves applying inventory-based calculations that track the decay chains of parent isotopes. The process identifies dominant daughter products and incorporates their decay timelines into the overall radiological risk assessment metrics.

Initial TBq activity for a Cs-137 source can be used to estimate dose-rate dynamics. The model computes the decay timeline from the initial inventory, projecting remaining activity to define decontamination planning windows and exposure risks.

Generating source decay timelines requires an input file like a dispersal_sources.yaml. This file provides the initial radionuclide inventories and activities needed to validate inputs and compute the decay projections for safety analysis.

Automated decay modeling for RDD scenarios is limited by input validation constraints and relies on basic risk metrics like dose-rate proxies. It provides timeline projections rather than full dispersion simulations, requiring complementary analysis for comprehensive site safety.