摘要：Summary. - This experiment was designed to study mechanisms of "phosphene vision”. A beam of
accelerated carbon particles (energy 100 and 300 MeV/n) was delivered into retina and sensorimotor cortex
of anaesthetised mice bearing chronic electrodes. Cycles of light flashes were also administered. Following
accelerated particles stimulation cycles to the retina, 500 to 5000 per stimulus, 30 stimuli per cycle, stimulus
time-related brain waveforms in mice cortex were recorded. Their amplitude and latency appeared to be
related to the energy delivered. The short waveforms latency (~30 ms), and the lack of retinic potentials and
oscillatory potentials following particles stimuli suggest that the impact of accelerated particles does not
produce activation of retinic chemical structures.
