Simulations of radiological dose quantities in astronauts during Solar Energetic Particle events across modern space history

SPEs_cycle-25.csv: beginning and end of each SPE and backgrounds used with Goes data during solar cycle 25: name: label for the storm ("mon-YY") init_storm,end_storm: beginning and end dates of the SPE init_background,end_background: beginning and end dates of the background substracted to the SPE data Commentary: comment about data availability from Goes 16/17/18 band_parameters.csv: Values of the adjusted parameters of the Band function for each solar storm Date: Onset date of the storm end date: End date of the storm Source: Tylka, Hu, sepem, sepem_hulim, goes16, goes17 or goes18 GLE: Ground level enhancement number J0: J0 Band parameters (p/cm2) gamma1: gamma1 Band parameters gamma2: gamma2 Band parameters R0: R0 Band parameters flux_to_dose.csv: providing the flux to dose function response data thickness (mm): Thickness of the spherical spacecraft given in mm, density is taken to 2.710 g.cm-2 organId: organId as defined by ICRP: https://www.icrp.org/publication.asp?id=ICRP%20Publication%20145 Energy (MeV): lower limit of the energy bin in MeV (max = 1e4). AD (mGy.cm2/proton): Absorbed dose (AD) multiplied by the surface of the simulated source per simulated proton in the corresponding energy bin. AD_b (mGy.cm2/proton): Lower (bottom) value of standard deviation of absorbed dose (AD) multiplied by the surface of the simulated source per simulated proton in the corresponding energy bin. AD_t (mGy.cm2/proton): Upper (top) value of standard deviationof absorbed dose (AD) multiplied by the surface of the simulated source per simulated proton in the corresponding energy bin. DE (mSv.cm2/proton): Dose Equivalent (DE) multiplied by the surface of the simulated source per simulated proton in the corresponding energy bin. DE_b (mSv.cm2/proton): Lower (bottom) value of Dose Equivalent (DE) multiplied by the surface of the simulated source per simulated proton in the corresponding energy bin. DE_t (mSv.cm2/proton): Upper (top) value of Dose Equivalent (DE) multiplied by the surface of the simulated source per simulated proton in the corresponding energy bin. doses_sum_events.csv: Overall body, lung, breast, red bone marrow (RBM) and skin dose equivalents (in mSv) for all storm, band function parametrization given by the source, and thickness source: Tylka, Hu, sepem, sepem_hulim, goes16, goes17 or goes18 Date: Onset date of the storm end date: End date of the storm GLE: Ground level enhancement number thick: thickness of sphere in mm DE (mSv): Overall body dose equivalent DE_up (mSv): Upper value of standard deviation of the overall body dose equivalent DE_low (mSv): Lower value of standard deviation of the overall body dose equivalent AD (mGy): Overall body Absorbed dose AD_up (mGy): Upper value of standard deviation of the overall body absorbed dose AD_low (mGy): Lower value of standard deviation of the overall body absorbed dose EDE (mSv): Effective Dose Equivalent EDE_up (mSv): Upper value of standard deviation of the effective dose equivalent EDE_low (mSv): Lower value of standard deviation of the effective dose equivalent DE_lung (mSv): Lungs dose equivalent DE_lung_up (mSv): Upper value of standard deviation of the lungs dose equivalent DE_lung_low (mSv): Lower value of standard deviation of the lungs dose equivalent DE_RBM (mSv): Red bone marrow dose equivalent DE_RBM_up (mSv): Upper value of standard deviation of the Red bone marrowdose equivalent DE_RBM_low (mSv): Lower value of standard deviation of the Red bone marrowdose equivalent DE_breast (mSv): breasts dose equivalent DE_breast_up (mSv): Upper value of standard deviation of the breasts dose equivalent DE_breast_low (mSv): Lower value of standard deviation of the breasts dose equivalent DE_skin (mSv): Skin dose equivalent DE_skin_up (mSv): Upper value of standard deviation of the skin dose equivalent DE_skin_low (mSv): Lower value of standard deviation of the skin dose equivalent