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Topics
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Topics
Electromagnetic fields
- What are electromagnetic fields?
- High-frequency fields
- Radiation protection in mobile communication
- Static and low-frequency fields
- Radiation protection relating to the expansion of the national grid
- Radiation protection in electromobility
- The Competence Centre for Electromagnetic Fields
Optical radiation
- What is optical radiation?
- UV radiation
- Visible light
- Infrared radiation
- Application in medicine and wellness
- Application in daily life and technology
Ionising radiation
- What is ionising radiation?
- Radioactivity in the environment
- Applications in medicine
- Applications in daily life and in technology
- Radioactive radiation sources in Germany
- Register high-level radioactive radiation sources
- Type approval procedure
- Items claiming to provide beneficial effects of radiation
- Cabin luggage security checks
- Radioactive materials in watches
- Ionisation smoke detectors (ISM)
- Radiation effects
- What are the effects of radiation?
- Effects of selected radioactive materials
- Consequences of a radiation accident
- Cancer and leukaemia
- Hereditary radiation damage
- Individual radiosensitivity
- Epidemiology of radiation-induced diseases
- Ionising radiation: positive effects?
- Radiation protection
- Nuclear accident management
- Service offers
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The BfS
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The BfS
- Working at the BfS
- About us
- Science and research
- Laws and regulations
- Radiation Protection Act
- Ordinance on Protection against the Harmful Effects of Ionising Radiation
- Ordinance on Protection against the Harmful Effects of Non-ionising Radiation in Human Applications (NiSV)
- Frequently applied legal provisions
- Dose coefficients to calculate radiation exposure
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Measuring device in front of the Chornobyl (russian: Chernobyl) reactor
Measurement of the ambient dose rate with a handheld measuring device at the Chornobyl reactor as part of a measurement exercise in 2016. At the time of the accident, the measured values were much higher.
