STOREDB:STUDY1226 New mitigation strategies and optimization of existing systems utilizing innovative mitigation methods and techniques applied in radiation protection of the general public, workers and the environment against exposure to radon in dwellings and workplaces [DOI:10.20348/STOREDB/1226]

Study meta-data


STUDYIDSTOREDB:STUDY1226
CREATEDON2025-09-01 09:16:09
MODIFIEDON2025-09-01 09:16:09
UPLOADERPaul Schofield
DOIDOI:10.20348/STOREDB/1226

Study details


STUDY NAME
New mitigation strategies and optimization of existing systems utilizing innovative mitigation methods and techniques applied in radiation protection of the general public, workers and the environment against exposure to radon in dwellings and workplaces
STUDY STATUS
Restricted: Downloaders have to ask uploader for file access
DATA SHARING POLICY
CC-Attribution No Derivatives
STUDY TYPE
05-03-00 - Occupational health study
COUNTRY
Czech Republic
PRINCIPAL INVESTIGATOR
Katerina Rovenska
SPECIES
Homo sapiens
EXPOSURE CONTEXT
Occupational
INTERNAL OR EXTERNAL EXPOSURE
External
TYPE OF EXTERNAL EXPOSURE
alpha
RADIONUCLIDE
radon
BIOLOGICAL SAMPLE AVAILABLE
No
ECOLOGICAL DATA
No
STUDY DESCRIPTION
The reports here are part of the RadoNorm project which receives funding from the Euratom research and training programme 2019-2020 under grant agreement No 900009. This study is part of WP 5.4 workpackage that addresses underground workplaces from the point of view of mitigation strategies for reduction of workers’s exposure. In this task, an overview of strategies and radon mitigation systems used in underground workplaces is performed with special attention paid to site specific aerosol conditions, operational and occupational limitations and mitigation systems and techniques restrictions and limitations. In-situ measurement campaigns are carried out in various underground workplaces and facilities covering specific measuring conditions such as aerosol concentration and size distribution, forced ventilation and other HVAC systems operation, air temperature and absolute air humidity affecting accuracy of occupational exposure and personal effective dose assessment and mitigation efficiency evaluation.

STOREDB:DATASET1345 Long-term monitoring of underground workplace utilizing continuous radon monitors and passive solid state nuclear track detectors. [DOI:10.20348/STOREDB/1226/1345]


Created on:2025-09-01 09:22:04
Modified On:2025-09-01 09:22:04
DATASET NAME
Long-term monitoring of underground workplace utilizing continuous radon monitors and passive solid state nuclear track detectors.
DOIDOI:10.20348/STOREDB/1226/1345
TASK
RadoNorm 4-1 and 4_2
DATASET DESCRIPTION
Long-term monitoring of underground workplace utilizing continuous radon monitors and passive solid state nuclear track detectors. One of the data files contains data on an underground system that is a naturally ventilated system of tunnels and shafts and the second a system that is force ventilated.