Abstract
Electrical 1ƒ noise in semiconducting V 2O 5 : P 2O 5 glasses has been investigated as a function of the composition of the glass and of temperature. Carrier concentrations calculated from Hooge's law are in agreement with those determined by electron spin resonance, and it is confirmed that the carrier concentration for any particular composition is independent of temperature. The results indicate that the dominant factor in the conductivity is the probability for polaron transport and that immobilization of carriers through direct structural effects is unlikely.
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