Absorption saturation properties and laser Q-switch performance of Yb:YVO4 crystal (будет опубликовано в ближайшее время) [29.11.2007]
Investigation of properties and characteristics of Yb:YVO4 crystal

Kerr-lens (PDF/1561Kb) [18.05.2007]

Spectroscopy (PDF/971Kb) [18.05.2007]

Q-switched laser action (PDF/970Kb) [18.05.2007]

Femtosecond pulse generation (PDF/1053Kb) [18.05.2007]

Synthesis and spectroscopy of YVO4 crystals activated by Yb3+ ions. (PDF/241Kb) [30.03.2004]

Prospects for the development of femtosecond laser systems based on beryllium aluminate crystals doped with chromium and titanium ions (PDF/637Kb) [05.03.2003]

Growth of alexandrite crystals and investigation of their properties (PDF/282Kb) [05.03.2003]

Growth, spectral and laser properties of La₃Be₂O₅:Nd³⁺ crystals in the ⁴F_3/2->⁴I_13/2 transitions (PDF/647Kb) [29.01.2003]

Crystal growth for ir-range lasers (PDF/57Kb) [24.01.2003]
Works of alexandrite (BeAL₂O₄:Cr³⁺) and berillium hexaluminate (BeAL₆O₁₀:Cr³⁺) high optical quality crystal growing are planned to be accomplished under the Project ISTC # B-263.

Growth and properties of beryllium hexaluminate crystals activated by chromium and titanium ions (PDF/103Kb) [24.01.2003]
During last years, spectral luminescence properties of crystalline matrices activated by transition element ions are extensively investigated to make, on this basis, new effective tunable lasers operating by electronic-vibrational transitions of the doping ions. Crystalline media providing effective lasing within near-IR region at room temperatures are especially interesting in this respect. Such media include beryllium hexaluminate.

Activated forsterite crystal growth (PDF/97Kb) [22.01.2003]
Forsterite crystals, doped with Cr⁴⁺, Cr³⁺, Cr²⁺, Co²⁺, Ni²⁺, V⁴⁺, were grown by Czochralski technique. Dependence of ionic valence condition and crystal generation characteristics upon ambient of growth is showed. It’s elicited that Mg₂SiO₄:Cr⁴⁺ growth demands creation of specified conditions preventing Cr²⁺ formation (absorption band of Cr²⁺ lies in oscillation region of Cr⁴⁺). Absorption spectrum of above enumerated ions in Forsterite structure is examined.

Crystals for tunable lasers of nearest ir-range (PDF/193Kb) [26.11.2002]
Compounds, what crystallize in BeO-Al₂O₃-system, doped by transition metal ions, in general of iron group, are considered in this work. Spectrum characteristics and information about the crystals’ quality are displayed.