Effectiveness Of Martian Regolith As A Radiation Shield Dataset

The file Full_Calculation_Data.xlsx contains the data in the research paper that was taken in a raw state from the output of the SPENVIS tool prior to reaching the Martian surface and then analysed using the Bethe-Bloch formula to calculate the percentage of radiation that is absorbed during its passage through Martian regolith. This data is for the same locations, epochs and sources as for the simulation data and is the initial data taken from the MEREM model used in the simulation result prior to its passage below the surface.
The file Full_Simulation_Data.xlsx contains data taken from the SPENVIS MEREM tool of the radiation level of the elevation profile below the surface. This data was taken at solar maximum and minimum to allow for best and worst case scenarios. And was taken at prospective crewed martian mission landing sites.

文件 Full_Calculation_Data.xlsx 包含了源自研究论文的数据，这些数据在抵达火星表面之前以原始状态从 SPENVIS 工具的输出中提取，并经过贝特-布洛赫公式分析，以计算辐射在其穿越火星土壤过程中的吸收百分比。此数据与模拟数据具有相同的地点、时期和来源，并且是模拟结果在穿过地表之前从 MEREM 模型中获取的初始数据。文件 Full_Simulation_Data.xlsx 包含了从 SPENVIS MEREM 工具获取的地下辐射水平剖面数据。这些数据在太阳极大和极小时期采集，以涵盖最佳和最坏情况，并在潜在的载人火星任务着陆点进行采集。