Selectively excited o-toluidine and α-methylbenzylamine have been studied with quasi-
classical trajectory procedures to determine the extent and timescales of intramolecular …

Copper (Cu) nanofluids (NFs) have attracted attention due to their high thermal conductivity,
which has conferred a wide variety of applications. However, their high reactivity favors …

We report the preparation and properties of metallopolymeric composites with acidic and
basic properties. The composites are prepared via the recently developed method of …

The trapping of a naphthalene molecule in an argon matrix is simulated using an original
method based on classical molecular dynamics calculations. A numerical simulation of the …

Classical molecular dynamics methodology was applied for the simulation of rare gas matrix
deposition and for the structural analysis of the environment around porphyrin embedded in …

Recent experiments on the dual fluorescence of phenylpyrrole (PP) and pyrrolobenzonitrile
(PBN) in supersonic jets and in cryogenic matrixes are analyzed. The structures of the 1: 1 …

Porphycene (1) and porphyrin (2), two constitutional isomers, reveal completely different
electronic spectral patterns in argon and xenon matrices. For the former the spectra …

Absorption (S 1← S 0), fluorescence (S 1→ S 0) and phosphorescence (T 1→ S 0) spectra
of aniline isolated in argon matrices are presented and analyzed. Upon selective laser …

N-Phenylpyrrole (PP) was studied in an argon matrix at 14− 30 K. The absorption and
fluorescence excitation spectra are structureless, while the emission spectrum shows distinct …

The fluorescence spectrum of PBN in a neat argon matrix is excitation-wavelength-
dependent: at short excitation wavelengths, it consists of dual emission assigned to a charge …