The confinement effects complicate significantly the polymer behavior, however they simultaneously provide opportunities to generate novel nanostructures useful for advanced applications such as nanocontainers or molecular templates. Detailed knowledge of …
Detection of target adsorbates at ultralow concentrations and/or on a single molecule level. Design and preparation of substrates providing high SERS enhancement.
SERS and SERRS spectral studies of formation, dynamics and decomposition of transition metal-adsorbate complexes on the surface of plasmonic metal nanoparticles. SERS and SERRS spectral monitoring of free-base porphyrin metallation …
Synthesis and morphological as well as optical characterization of mono-and bi-metallic plasmonic metal (mainly Ag and Au) nanoparticles. Preparation of their hybrid systems with selected molecules, namely porphyrins, phthalocyanines transition …
Comparison of the mechanisms of SERS, SERRS and SEL. Tayloring of plasmonic metal substrates for SERRS or SEL of a particular chromophore/luminophore.
