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Four samples of the Se55S20Sb15Sn10 alloy were prepared using the melting
point method. Samples B, C and D were irradiated with (6.04×1010, 12.08×1010
and 18.12×1010 (n.cm-2s
-1
) of thermal neutron beam from a neutron source
(241Am-9Be) respectively, while sample A was left not irradiated. The electrical
properties were assessed both before and after the radiation. All irradiated and
non-irradiated samples show three conduction mechanisms, at low
temperatures, electrical conductivity is achieved by electron hopping between
local states near the Fermi level. At intermediate temperatures, conduction
occurs by the jumping of electrons between local states at band tails. At high
temperatures, electrons transfer between extended stat
...
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