Exposure and buried dating of Huashan samples

Dears users, Here the explanation to use these matlab codes. code : "fitting_no_erosion_FOM"--> Assuming no erosion, the OSL-depth profiles (DPs) of individual samples were fitted using the FOM to obtain the depth of half saturation (DHS) and grouping. code : "fitting_no_erosion_GOM_r2"--> Assuming no erosion, the OSL-DPs of individual samples were fitted using the GOM (r=2) to obtain DHS and grouping. code "fitting_uderground_GOM_r2"--> The OSL-DPs of subsurface samples were fitted with the GOM (r=2) to obtain the DHS and grouping. code "get_t_groups_erosion_corr_GOM_r1"--> The OSL-DPs corrected for erosion were fitted with the GOM (r=1) (like FOM) to determine the exposure ages of samples from different episodes. code "get_t_groups_erosion_corr_GOM_r2"--> The OSL-DPs corrected for erosion were fitted with the GOM (r=2) (like FOM) to determine the exposure ages of samples from different episodes. code "get_t_groups_erosion_corr_GOM_r3"--> The OSL-DPs corrected for erosion were fitted with the GOM (r=3) (like FOM) to determine the exposure ages of samples from different episodes. The txt data shows the OSL-depth actually measured. Furthermore, OSL-DPs for bedrock fault plane samples and the binx files for burial dating have been uploaded. This is accompanied by an Excel file named "Relationship between Slice No. and Binx Position". This file is used to determine the correspondence between the rock slice numbers and their respective positions in the binx files, and it also contains the resultant processed data. Please contact me for any informations: [e-mail] Cheers, Ming Luo