We present the first observations of excimer XeO* molecules in molecular nitrogen films
surrounding xenon cores of nanoclusters. Multishell nanoclusters form upon the fast cooling …

Injection of an impurity-helium gas jet passed through a radiofrequency discharge into a
volume of superfluid helium leads to the growth of nanoclusters of impurity species which …

We studied the luminescence of molecular nitrogen nanoclusters containing stabilized
nitrogen, oxygen, hydrogen, and deuterium atoms. Optical spectra were observed during the …

We studied luminescence accompanied an injection of the nitrogen-helium gas mixture after
passing discharge into dense cold helium gas. Initially, when the experimental beaker was …

Impurity-helium condensates (IHCs) created by injection of nitrogen atoms and molecules as
well as rare gas (RG) atoms (Ne, Ar, and Kr) into superfluid^ 4 4 He have been studied via …

We have studied thermo-stimulated luminenscence and electron emission of nitrogen films
and nanoclusters containing free radicals of atomic nitrogen. Thermo-stimulated electron …

We studied the electron spin resonance (ESR) spectra of nitrogen atoms stabilized in
nitrogen-neon nanoclusters immersed in superfluid 4 He. The nanoclusters were formed …

We studied the dynamics of thermoluminescence during destruction of porous structures
formed by nanoclusters of nitrogen molecules containing high concentrations of stabilized …

We present the design and performance of an experimental setup for simultaneous electron
spin resonance (ESR) and optical studies of nanoclusters with stabilized free radicals at …

We performed investigations of ensembles of molecular nitrogen nanoclusters, containing
stabilized nitrogen atoms, immersed in liquid helium by electron spin resonance and optical …