Beginning
Figures and captions
Tables
1.      Introduction
1.1.   Development of the TCN methods
1.2.     Applications of TCN methods
1.3.     Previous reviews
2.     Glossary
2.1.     Terminology
2.2.     Notation
3.     Principles
3.1.     Introduction
3.1.1.        Source of the Primary Radiation
3.1.2.        Geomagnetic field effects
3.1.3.        Trajectory models
3.1.4.        Models of particle production
3.1.5.        TCN production from primary GCR
3.1.6.        TCN production by energetic nucleons
3.1.7.        TCN production by low-energy neutron
3.1.8.        TCN production by muons
3.1.9.        Factors limiting TCN applications
3.2.     Low Energy Neutron Behavior
3.3.     Analytical Equations for TCN Production
3.3.1.        Fast Neutron (Spallation) Production
3.3.2.        Epithermal Neutrons
3.3.3.        Thermal Neutrons
3.3.4.        Muons and Muogenic Neutrons
3.3.5.       Total Nuclide Production
3.4.     Energetic Neutron Attenuation Length
3.5.     Temporal Variations in Production Rates
3.5.1.        Primary GCR flux
3.5.2.        Solar modulation of the magnetic field
3.5.3.        Geomagnetic field
3.5.4.        Atmospheric shielding
3.5.5.        Other sources of temporal variations
3.6.     Estimation of Production Rates
3.6.1.        Helium-3
3.6.2.        Beryllium-10
3.6.3.        Carbon-14
3.6.4.        Neon-21
3.6.5.       Aluminum-26
3.6.6.        Chlorine-36
3.7.     Production rates scaling and adjustment
3.7.1.        Spatial scaling
3.7.2.      Topographic Shielding
3.7.3.       Surface coverage
3.7.4.        Sample thickness
3.7.5.        Thermal Neutron Leakage
3.8.     Exposure dating with a single TCN
3.9.     Exposure Dating with Multiple Nuclides
3.10.   Nuclide-Specific Considerations
3.10.1.      Helium-3
3.10.2.      Beryllium-10
3.10.3.      Carbon-14
3.10.4.      Neon-21
3.10.5.      Aluminum-26
3.10.6.      Chlorine-36
3.11.   TCN dating of sediment
4.        Sampling Strategies
4.1.     Field Sampling Considerations
4.1.1.        Sample description
4.1.2.        Sampling Methodology
4.2.     Other lithological considerations
4.3.     How much sample is needed?
4.4.     Strategy for concentration-depth profiles
5.      Sample prep and experimental data
5.1.     TCN Sample Preparation
5.1.1.        Preparation time
5.1.2.        Physical and chemical pretreatment
5.1.3.        Isotopic extraction
5.2.     Experimental data interpretation
6.        Uncertainty and sources of error
6.1.     Sources of error
6.1.1.        Sample characteristics
6.1.2.        Sample preparation and analyses
6.1.3.       Mass spectrometry
6.1.4.        Systematic errors
6.2.      Reporting the uncertainty
6.2.1.        Error propagation
6.2.2.        Intercomparison
6.2.3.        Multiple sample measurements
6.2.4.        Sensitivity analysis
7.        Directions of future contributions
8.        Acknowledgements