Effect of polarization on the parameters of photovoltaic pulses in nanostructured silver-palladium resistive films
The results of studies of effect polarization of nanosecond’s laser pulses on parameters of photovoltaic pulses in silver-palladium resistive films obtained by thickfilm technology are represented. Films are the nanostructure porous material with size of corpuscles and pores 50÷200 nm, 25÷500 nm corresponding consisting of AgPd and PdO. Experiments show polarity, amplitude, duration and fall’s time of photovoltaic pulses depend on geometry of experiment, polarization of radiation and angle of falling laser radiation. But time of rise practically is invariably for that conditions.