Search for "" - German Commission on Radiological Protection

3 results

Show filters

Filter search results:

Medical applications of ionising radiation for diagnosis and treatment of coronavirus-associated lung disease

Published on 10 Feb 2021 Statement
- Occupational radiation exposure
- medical radiation exposure
Medical applications of ionising radiation for diagnosis and treatment of coronavirus-associated lung disease Statement by the German Commission on Radiological Protection Adopted at the 310 th meetin
Long-term maintaining expertise in the field of radiation research and application in Germany – Key scientific disciplines and main actors in research

Published on 09 Jun 2021 Statement
- Occupational radiation exposure
- electromagnetic fields
- medical radiation exposure
- emergency protection
- optical radiation
- special questions
- radiation risk
- radiation protection in systems
- radiation protection technology
Long-term maintaining expertise in the field of radiation research and application in Germany – Key scientific disciplines and main actors in research Statement by the German Commission on Radiologica
Electromagnetic fields of mobile communications in the course of the current 5G network rollout – Technical aspects and biological effects in the lower frequency range (FR1, up to approx. 7 GHz)

Published on 10 Dec 2021 Statement
- electromagnetic fields
- special questions
Electromagnetic fields of mobile communications in the course of the current 5G network rollout – Technical aspects and biological effects in the lower frequency range (FR1, up to approx. 7 GHz) State

Filter search results:

Search narrowed by:

Medical applications of ionising radiation for diagnosis and treatment of coronavirus-associated lung disease

Long-term maintaining expertise in the field of radiation research and application in Germany – Key scientific disciplines and main actors in research

Electromagnetic fields of mobile communications in the course of the current 5G network rollout – Technical aspects and biological effects in the lower frequency range (FR1, up to approx. 7 GHz)