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Conducive network that forms in the dielectric matrix randomly filled with conductive nanotubes is investigated using computer simulations. Resistor network is considered to describe quantitatively the conductivity of the modeled system. Different types of electrical connection and various geometrical parameters of the model system are taken into account.
Nanostructured silver films are studied using computational and experimental methods. Surface plasmon resonance-related phenomena are emphasized. Resonant optical absorption band changes due to the influence of noxious gases are investigated. Amplification of light at the film surface due to local electromagnetic field enhancement at the nanoscale is discussed based on finite difference time domain...
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