In this brief review the advances on Direct Laser Patterning (DLP) for the synthesis of photo-
luminescent semiconductor quantum dots (QDs) belonging to II-VI groups, especially in solid …

A highly soluble Au (I) gold precursor is used to produce a nanocomposite material
consisting of a polystyrene matrix and gold nanoparticles. Irradiation of such a material with …

Experimental data on the absorbance evolution of an UV irradiated PMMA film containing
the TEDBCd CdS precursor published earlier are fitted by the authors' recently published …

The inorganic nanoparticle growth within a polymer matrix is due to generation of the
elementary species, the monomers, because of decomposition of the precursor compounds …

Direct laser patterning is a potential and powerful technique to localize nanomaterials within
a host matrix. The main goal of this study is to demonstrate that by tuning some parameters …

Direct laser writing of luminescent patterns within the material consisting of the polymer
(PMMA) matrix with dissolved precursor (TEDBCd) molecules is demonstrated. The …

It is demonstrated that UV (LED at 365 nm) irradiation with subsequent heating (90–110° C)
of the polystyrene matrix containing a soluble Au (I) compound ((Ph3P) Au (n-Bu)) results in …

Photo-induced nanocomposites are initially transparent polymeric materials having specially
designed precursor molecules. UV irradiation leads to the precursor destruction followed by …

A promising method of the fabrication of polymer nanocomposite materials relies on the in
situ generation of the nanoparticles (NPs) in the matrix due to the thermal or photochemical …

A theoretical macrokinetic model for photoinduced growth of semiconductor nanoparticles
was developed with allowance for specific features of their optical properties in the near …