The main issues and areas of application of photothermal and optoacoustic spectroscopy
are reviewed. Progress in innovative techniques in the most actively developing areas is …

The fluorescence quantum yield Φ f is a key property that characterizes the ability of a
fluorophore to convert absorbed photons into emitted photons under various environmental …

The amount of grafted poly (acrylic acid) on poly (methyl methacrylate) micro-and
nanoparticles was quantified by conductometry, 13C solid-state NMR, fluorophore labeling …

Conspectus The study of the interaction of light with systems at high dye concentrations
implies a great challenge because several factors, such as emission reabsorption, dye …

Rose Bengal adsorbed on microgranular cellulose was studied in the solid phase by total
and diffuse reflectance and steady-state emission spectroscopy. A simple monomer-dimer …

True fluorescence spectra of leaves Page 1 FULL PAPER PPSwww.rsc.org/pps True
fluorescence spectra of leaves Marıa Eva Ramos and Marıa Gabriela Lagorio* INQUIMAE/Dpto …

The design and optimization of fluorescent labels and fluorogenic probes rely heavily on
their ability to distinguish among multiple competing fluorescence quenching mechanisms …

The application of correction methods to account for re-absorption of chlorophyll
fluorescence emission in leaves is subject to a number of controversies in the literature …

Photoactive materials based on dye molecules incorporated into thin films or bulk solids are
useful for applications as photosensitization, photocatalysis, solar cell sensitization and …

Determination of quantum yields for various processes (such as fluorescence and triplet
formation) in dye-loaded light-scattering powdered samples is an open issue. Here, we …