Crosstalk | Explore imaged luminescence signals from a single-grain disc (one "position" in the reader) | plot_SingleGrainDisc | Moran scatterplot | Add borders with certain weight | Plot disc options | Moran scatterplot options | Moran's I function options

RLumModel - Models and parameters | 1 Models and parameters | 1.1 Parameter: N | 1.2 Parameter: E | 1.3 Parameter: s | 1.4 Parameter: A | 1.5 Parameter: B | 1.6 Parameter: Th | 1.7 Parameter: E_th | 1.8 Parameter: k_B | 1.9 Parameter: W | 1.10 Parameter: K | 1.11 Parameter: n | References

RLumModel - Getting started with RLumModel | 1 Introduction | 2 Object structure of RLumModel | 3 Selecting a quartz luminescence model | 4 Creating a sequence | 4.1 Risø SEQ files | 4.2 Keywords | 4.3 Creating a SAR/DRT sequence | 5 Working examples | 5.1 Simulate a TL measurement | 5.2 Simulating thermal activation characteristics (TACs) | 5.3 Simulating dependency of the OSL signal on the illumination power density | 5.4 Simulating and analysing SAR measurements | 6 Miscellaneous | 6.1 Accessing applied modelling parameters | 6.2 Trace parameter state evolution | References

RLumModel - Simulating luminescence in Al2O3 | 1 Introduction | 2 Examples | 2.1 Akselrod 1998 | 2.2 Pagonis 2007 | 3 Summary | References

RLumModel - Using own parameter sets | 1 Introduction | 2 Examples | 2.1 Pagonis 2009 | 2.2 Lawless 2009 | 2.3 Chen 2013 | 3 Summary | References

Scope | Quick start with the example dataset | Load ‘RCarb’ | Load example data | Run dose rate modelling | Using your own dataset | Create template table | Enter own data & back import into R | Model the dose rate | I don’t like R | References

Scope | The models in `RLumCarlo' | `RLumCarlo' model parameters and variables | Examples | References