Then too, the effects of Chernobyl's radiation have been diffuse.
However the results of combining these agents with chemotherapy and radiation have been largely disappointing.
The biomedical effects of ionizing radiation have been investigated more thoroughly than those of any other environmental agent.
Light waves, high-frequency electric fields, high-intensity radio frequencies, and gamma radiation have been investigated; some offer promise.
Billions of insects, all sterilized by intense bursts of radiation, have been reared in laboratories like Moscamed and released to mate in the wild.
All these consequences of radiation have been duplicated in laboratory studies by a large group of chemicals, which are therefore known as radiomimetic, or radiation-imitating.
Much bigger amounts of radiation have been detected just off shore, although the levels appear to be diminishing and a major leak has been plugged.
Wind speed, humidity, air temperature, and solar radiation have been found to be neither independent nor dominant, yet trends for both systems are in good correlation.
Viral inactivation by gamma radiation has been extensively investigated, but few direct comparisons to other qualities of radiation have been explored.
By using OPTICS 5.0 and WINDOW 5.0, U-values, solar heat gain coefficient, inside glazing surface temperatures and inside solar radiation have been computed.
Additional small-angle X-ray diffraction (SAXD) experiments, using synchrotron radiation, have been performed, indicating that the isotactic crystals exhibit appreciably smaller spacings than the atactic ones.
