Lysakov V.S.
SPECTROMETRIC MEASUREMENT OF CLEAR TRIGLYCINESULPHATE CRYSTALS AND ION-ACTIVATED CRYSTALS ^{[№ 4 ' 2009]}
Based on analysis of the experimental data on thermoluminescence, the article discusses possible mechanisms underlying formation of thermoluminescense of the considered systems. The conclusion was made as to the crystal luminescence sources and identity of the centers accountable for recombination luminescence and electronic spontaneous polarization.

Lysakov V.S.
TO THE APPRAISAL OF CONDUCTION BAND WIDTH IN α-QUARTZ ^{[№ 2 ' 2009]}
The appraisal of conduction band E_c size is tested in low-temperature quartz. Calculated width E_c is in good concord with one of two well-known meanings, adduced in literary sources. Change of conduction electron energy near the band bottom E_c is calculated.

Lysakov V.S.
STUDYING AND ANALYSIS OF "V"-TYPES DEFECTS IN QUARTZ ^{[№ 2 ' 2008]}
Defects of V2, V and V1-types in low-temperature α-quartz with spectroscopic methods are researched in this article. Their structural-geometric models were suggested here. Mechanisms of studying of analyzed SiO₂ are suggested with help of methods of thermic luminescence, optical absorption, photo- and roentgenoluminescence and data of spectral analysis.

Lysakov V.S.
ABOUT DISPERSION OF FRENKEL’S EXCITONS ON ACOUSTICAL OSCILLATIONS ^{[№ 2 ' 2006]}
Interaction of Frenkel’s excitons with acoustical phones was studied in piezoelectric artificial quartz, and also model representation of excitons dispersion was suggested in this article. Diffusion of free and localized excitons, and also its auto-localization were considered here.

Lysakov V.S.
ABOUT EXCITONS IN CRYSTALLINE QUARTZ ^{[№ 1 ' 2003]}
In natural and synthetic crystalline low temperature quartz (-SiO2) plant realization only excitons by Frenkel. To offer mechanism of forming "fotoexcitions" and their structural model. To execute an estimation of vow parameters of excitons.