Open AccessBiomagnetic effects: a consideration in fusion reactor development
Author(s) -
D.D. Mahlum
Publication year - 1976
Language(s) - English
Resource type - Reports
DOI - 10.2172/4028724
Subject(s) - fusion power , lithium (medication) , nuclear engineering , reactor design , systems engineering , computer science , biochemical engineering , risk analysis (engineering) , environmental science , process engineering , engineering , nuclear physics , physics , medicine , plasma , endocrinology
Fusion as a power source is receiving an increasing amount of attention. Several designs have been proposed and the feasibility of each alternative is being studied. As we move closer to a working design, attention can be paid to potential biological hazards. Large magnetic fields and the emission of tritium and lithium are unique to some fusion reactor designs. The results of a review of the current state of knowledge concerning the biological effects of magnetic fields alone and in combination with ionizing radiation are summarized in this report. The purpose of the review is to help identify areas where additional biomedical research is needed for establishing guidelines for reactor design and operation. 64 references (auth