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首页> 外文期刊>Radiation Protection Dosimetry >RADON RISK IN ALPINE REGIONS IN AUSTRIA: RISK ASSESSMENT AS A SETTLEMENT PLANNING STRATEGY
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RADON RISK IN ALPINE REGIONS IN AUSTRIA: RISK ASSESSMENT AS A SETTLEMENT PLANNING STRATEGY

机译：奥地利阿尔卑斯山地区的DON风险：作为定居计划策略的风险评估

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摘要

Soil gas radon measurements complement indispensable and well-established radon indoor measurements in Austria. Radon in soil gas is a result of geochemical conditions as well as of geology, mineralogy, geophysics and meteorology. Therefore, geological factors can help to predict potential indoor radon concentrations via soil gas. Soil gas radon measurements in well-defined geological units give an estimate of local and regional radon hazards and build the basis for radon risk maps, which could be used for land-use planning and urban development. The creation of maps makes an important contribution to health care. For this purpose, several research projects were carried out in Austria. On the one hand, a study was already conducted in Lower Austria to determine the influence of meteorological and soil physical parameters on radon concentrations in soil gas and to evaluate soil gas radon concentrations with a radon emanation and migration model. On the other hand, radon measurements on different geomorphologic formations in the Austrian Alps, which are potential settlement areas, are of special interest.
机译：土壤气中measurements的测量补充了奥地利必不可少且完善的室内indoor测量。土壤气体中的is是地球化学条件以及地质，矿物学，地球物理学和气象学的结果。因此，地质因素可以帮助通过土壤气体预测室内潜在的concentrations浓度。在明确定义的地质单元中进行土壤气ra测量，可以估算出局部和区域的hazards危害，并为ra风险图奠定基础，可将其用于土地利用规划和城市发展。地图的创建为医疗保健做出了重要贡献。为此，在奥地利进行了一些研究项目。一方面，已经在下奥地利进行了一项研究，以确定气象和土壤物理参数对土壤气体中ra浓度的影响，并通过a释放和迁移模型评估土壤气体中concentrations浓度。另一方面，对作为潜在定居区的奥地利阿尔卑斯山不同地貌形态的ra测​​量具有特别的兴趣。

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