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We identified different nano-carbon species such as graphene nanoplatelets,graphite flakes and carbon nanotubes dispersed in N-methyl-2-pyrrolidone usinga novel sensor structure based on a "deep" silicon barrier working as aphotoelectrical transducer. Each nano-carbon particle has specific signature inboth 2D photocurrent distribution and photocurrent dependences on bias changingsurface band-bending. Additionally, all nano-carbon particles havecharacteristic features in the time-dependent evolution of photocurrent. Theobtained results can be explained by the influence of nano-carbon molecules'local electric field on the recombination parameters of defect centers on thesilicon surface.

Effect of nano-carbon dispersions on signal in silicon-based sensor structure with photoelectrical transducer principle