Killip I R
Isle of Man College, Homefield Road, Douglas, Isle of Man IM2 6RB.
Radiat Prot Dosimetry. 2005;113(1):99-107. doi: 10.1093/rpd/nch436. Epub 2004 Dec 7.
A survey was undertaken of radon levels in 1013 dwellings in Sussex, UK. A number of dwellings were identified with high radon levels in an area previously considered to offer low radon risk from geological sources. Multiple regression was used to determine the relative influence of the various geographical and building-related factors on indoor radon levels. The radon hazard, independent of building-related effects, was determined for each surveyed location by standardising radon measurements to a 'model' dwelling. These were entered into a geographic information system and related to surface geology. The highest radon levels were found to be associated with the youngest Chalk formations, Tertiary deposits and Clay-with-flints Quaternary deposits in the area. Radon potentials were also determined for the area which can be used to estimate radon risk and assist in environmental planning and development control.
对英国苏塞克斯郡1013所住宅的氡气水平进行了一项调查。在一个先前认为地质来源产生氡气风险较低的地区,发现了一些氡气水平较高的住宅。采用多元回归分析来确定各种地理和建筑相关因素对室内氡气水平的相对影响。通过将氡气测量值标准化到一个“标准”住宅,确定了每个调查地点独立于建筑相关影响的氡气危害。这些数据被输入到一个地理信息系统中,并与地表地质情况相关联。发现该地区最高的氡气水平与最年轻的白垩地层、第三纪沉积物和含燧石粘土第四纪沉积物有关。还确定了该地区的氡气潜力,可用于估计氡气风险,并协助进行环境规划和开发控制。