Chao-0707/Data-for-The-Constraint-of-Crewed-Mars-Missions-based-on-Current-Radiation-Dose-Measurements-: Data for 'The Constraint of Crewed Mars Missions based on Current Radiation Dose Measurements'

Initial Data Release for Paper: "The Constraint of Crewed Mars Missions based on Current Radiation Dose Measurements" This release contains the processed numerical data used to generate the figures in the associated research paper. Dataset Description by Figure Figure 1: Radiation Environment Measurements Solar Modulation Potential ($\Phi$): Monthly averaged values (1964–2025) derived from OULU neutron monitor data. OULU Neutron Count Rates: Reference cosmic ray intensity time series. Dose Rates (Liulin-MO & CRaTER): Absorbed dose rates, including raw measurements and values corrected to deep space. Figure 2: Fitting and Extrapolation Results Linear and Non-linear Fits: Curve-fit data representing the correlation between solar modulation and dose rates. Monte Carlo Extrapolations: Extrapolated data points based on Bootstrap Monte Carlo used to predict radiation environment later. Figure 4: Cumulative Mission Dose (Liulin-MO Model) Trajectories: Data corresponding to three distinct Mars mission trajectories (T1, T2, and T3). Launch Windows: Cumulative dose profiles for three representative mission timing scenarios (Solar Minimum, Solar Maximum, and intermediate phases). Figure 5: Total Accumulated Effective Dose Final integrated values for mission risk assessment based on different instruments' models ,trajectories and launch windows. Figure A1 (Appendix): Scaling Factors Effective Dose vs. Dose Equivalent: Numerical scaling factors between different radiological quantities. Shielding Influence: Scaling factors calculated under various shielding thicknesses (0.22, TGO distribution, and 40 g/cm²).