Sentence examples for mean radon exposure from inspiring English sources

We performed a subanalysis taking into account mean radon exposure in the follow-up period and level of radon hazard of the houses occupied by the children in the first year of life.

The current mean radon exposure per person is estimated as 90 Bq/m (Line A, all), corresponding to a risk increase of 14.4%%.

The mean radon exposure per person is estimated as 113 Bq/m (line A, all), corresponding to a risk increase of 18%% (line B).> -wrap-foot> The mean radon exposure per person is estimated as 113 Bq/m (Line A, all).

The cases and the controls had similar, relatively low, mean radon exposures of 60.2 and 66.3 Bq/m, respectively.

However, estimated exposure levels were larger in our Swiss study population on average (arithmetic mean radon concentration, 86 Bq/m; range, 0.7 490.1 Bq/m) than in the Danish (arithmetic mean concentration, 48 Bq/m; range, 4 to 254 Bq/m) and British studies (arithmetic mean radon in the control group, 21.3 Bq/m; range, 1.2 692 Bq/m).

The mean ± SD lifetime radon exposure was 64.1 ± 98 WLM (median, 23.2 WLM; range, 0 959 WLM).

Available data in the literature suggest a strong interaction effect between radon exposure and smoking status, which mean that smokers are at a much higher risk of dying from radon-induced lung cancer than nonsmokers.

The estimated population-weighted radon exposure in 1990 was 113 Bq/m (arithmetic mean), and in 2008, it was 90 Bq/m, where the exposure was 120 Bq/m in single-family homes and 55 Bq/m in apartments.

The radon exposure in 1990 was estimated by multiplying the arithmetic mean in single-family homes and apartments in each municipality with the number of persons living in these types of dwelling in the municipalities.

Mean county-level residential radon concentrations were linked to study participants as indicators of historical residential radon exposure.

Yes, radon exposure amplifies the risks associated with smoking.