In this work, the seasonal variation of the concentration of radon in soil and its contribution to concentrations inside of a bunker used for the storage and operation of radioactive material was studied. The measurements obtained inside and outside of the installation allowed establish a method for the calculation of the diffusion coefficient for the concrete, variable that directly influences the concentration of radon gas inside of the bunker. With the obtained results of the gamma dose rate and the concentration of radon inside the bunker, the S-index was calculated in order to determine whether the bunker would require some remediation process. The high radon gas concentration rates to which workers are exposed led to study the relative risk of contracting lung cancer (RRLC).

在这项工作中，研究了土壤中of浓度的季节性变化及其对用于储存和操作放射性物质的地堡内部浓度的影响。在设备内部和外部获得的测量结果可以建立一种计算混凝土扩散系数的方法，该变量直接影响燃料室内ker气的浓度。根据获得的伽玛剂量率和the堡内部the浓度的结果，计算S指数，以确定是否需要对bun堡进行某些修复。工人所接触的高ra气浓度导致研究患肺癌的相对风险（RRLC）。