Many additional calculations can and, hopefully, will be incorporated in the future. The program computes scaling factors for the cosmic-ray flux as a function of latitude and altitude. Given data on sample surface angle and topographic shielding it calculates the effects on the surface cosmic-ray flux and attenuation length. As output, the program will calculate erosion rates as a function of surface exposure age and will produce multiple-nuclide diagrams. A series of push buttons and customized dialog boxes have been implemented to assist in various tasks such as saving data and running the solver.
Theses are accessible from the tabs above the status bar in Excel.
Screen images of several of these sheets are available in the tablist imagemap below. A program for interpreting in-situ cosmogenic nuclide data for surface exposure dating and erosion studies. I think the problem didn't exist in older versions. Completely revised the Production vs Z sheet to calculate production versus depth for different erosion rates and then use that data to compute theoretical inventory vs depth for an assumed age and compare that curve to actual data from samples collected at different depths. Fixed some bugs in the macros that kept bringing up little error messages.