This work is aimed at utilization of vibrational spectroscopic techniques for characterization of several
types of structural particles suitable for the construction of chemical robots. Several case studies are presented
and discussed: (i) PNIPAM-coated silica particles, (ii) surface-functionalized magnetic nanoparticles
modified by citric and oleic acid, (iii) nanocomposit SERS-active substrates consisting of self-assembled
monolayers of linear α,ω-aliphatic diammines with different lengths on Ag metal surface and a flat Ag electrode
followed by testing of sensing activity of AD/NPs systems in the detection of the pesticide aldrin.
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