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Experimental Research on the Influencing Factors of Radon Concentration Measurement in Soil

机译:土壤中氡浓度测量影响因素的实验研究

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Radon is the most accessible radioactive gas in life. The radon in ambient air mainly comes from the soil. In order to ensure the accuracy and validity of the measurement of radon concentration in the soil, the paper discusses the influencing factors of the measurement of radon concentration in the soil through the controlled variable method. On the basis of familiarity with the principle of measuring the concentration of radon in the soil, using the radon meter to study the influence of the measurement depth, measurement period, soil type, fault and other factors on the measurement results in the actual measurement process, experiments show that the measurement depth maintained at 60 - 80 cm is appropriate; the measurement period has little effect on the measurement results, but measurement should be avoided in rainy days; different soil types have different effects on the measurement results, and the density and gap of the soil should be comprehensively considered; the radon concentration at the fault location will be obviously elevated.
机译:氡是生活中最可达的放射性气体。环境空气中的氡主要来自土壤。为了确保土壤中氡浓度测量的准确性和有效性,本文讨论了通过受控可变方法测量土壤中氡浓度的影响因素。在熟悉土壤中氡浓度的原理的基础上,使用氡仪研究测量深度,测量期,土壤类型,故障等因素的测量结果的实际测量过程中的影响,实验表明,在60-80厘米处保持的测量深度是合适的;测量期对测量结果几乎没有影响,但在雨天时应避免测量;不同土壤类型对测量结果产生不同的影响,并应全面考虑土壤的密度和间隙;故障位置处的氡浓度明显升高。

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