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基本説明
Special Issue: 'Indoor and Built Environment 2001, Vol. 10, No. 5'.
Full Description
Every day, we are exposed to natural radiation such as radon and ultraviolet light, and sometimes also to the radiation burden from medical investigations. Moreover, our lifestyle subjects us to increasing amounts of 'modern' radiation caused by VDUs and mobile phones, which add to our overall load. High levels of radiation are known to cause often profound changes in cell chemistry with inevitable clinical effect. At a certain level, a clear dose response may be observed. However, effects caused by low-level radiation are difficult to demonstrate, particularly when the sources are different and numerous. But this does not mean that there is no effect. Considerable research is being conducted into the effect of low level radiation on the body and first results are presented in this issue. Dealing with all forms of radiation on the body, this issue is of great interest for medical or health practitioners as well as for designers and producers of consumer equipment which generates electromagnetic radiation.
Contents
Communicating the Effects of Radiation on Health; Evaluation of the Health Impact of the Radio-Frequency Fields from Mobile Telephones; Toxicologic Study of Electromagnetic Radiation Emitted by Television and Video Display Screens and Cellular Telephones on Chickens and Mice; Electric and Magnetic Fields with a Frequency of 50-60 Hz - Assessment of 20 Years of Research; Growth, Development, Reproduction, Physiological and Behavioural Studies on Living Organisms, Human Adults and Children Exposed to Radiation from Video Displays; Impact of Ultraviolet Radiation on Humans; Evaluation of the Risk of Exposure to Radon - Assessment of the Multidisciplinary Research Programme Carried Out within the Framework of the 4th PCRD of the European Community; Radon in Buildings: A Report on the Situation in France; Evaluation of Doses Related to Ionising Radiation Sources: Means and Uncertainties; Suggestion for an Indicator of 'Seriousness' in Radiation Protection.