@misc{oai:repo.qst.go.jp:00075985,
 author = {ミロソラフ, ヤニック and Bossew, P. and Janik, Miroslaw},
 month = {May},
 note = {Series of radon concentration and ambient parameters were monitored at hourly intervals in five measurement points on the campus of the QST in Chiba: 1) a rarely-visited partially-subterranean store-room in a public-service building, 2) two rarely-visited rooms on ground and first floor of a currently not used office building 3) outdoor and 4) in soil at 0.7 m depth. The distance between measurements points were not more than 150 m. Due to the different start date of sampling at each location, the simultaneous sampling period for all points totalled 1000 days.
We derived mean daily, monthly and annual radon concentrations and the same statistics for the associated meteorological data.  
The statistical evaluation of these parameters shows the correlation between temporal variations of radon concentration and meteorological parameters. Since the rooms (1 and 2) are little visited, there is little influence of usage patterns, leaving geogenic, meteorological and building-specific factors and their interaction as sources of Rn variability. 
Although not typical for dwellings, the results of radon time-series analysis can be used to derive correction factors for radon concentration in Japanese indoor environments due to seasonal variation of climatic parameters as well as for determination of the influence of measurement time to the uncertainty of the estimated long-tern mean., 3rd International Conference Radon in the Environmentにおける発表},
 title = {Assessment of the impact of climate parameters on the radon time series measured indoor, outdoor and in soil},
 year = {2019}
}