Abstract
In the present work, nano silicon is irradiated with a neutron flux (2x10 13 n ⋅cm −2 s −1) up to 20 hours at different times. In the first stage frequency dependencies of real and imaginary parts of the permittivity of nanomaterials affected by neutron flux was analysed comparatively. As a result of this analysis it is known that the permittivity of nano silicon increases under the influence of neutron flux. The dependence of real and imaginary parts of permittivity of nano silicon particles is also reviewed. Moreover, the mechanism of the observed peaks and other effects is given in the work.
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