Enhanced efficiency and stabilized beam-power generation were proved for a high-
brightness cw-based 500-W Nd: YAG rod laser by compensation of the thermally induced …

Neodymium doped YVO_4 is becoming an increasingly popular material for solid state
lasers. Among the advantages of vanadates over more traditional materials are that the …

Dynamically stable operation with joined stability zones of a linearly polarized resonator is
shown for a laser containing two diode side-pumped Nd: YAG rods. The unpolarized …

A Nd: YAG rod single-frequency ring laser based on side-pumped commercial modules is
presented. Thermally induced birefringence compensation was applied in a dynamically …

A simple, reliable, linearly polarized laser source with very high beam quality is
demonstrated using standard diode-side-pumped Nd: YAG modules. The laser produced 30 …

Random lasers hold the premise for cheap coherent light sources that can be miniaturized
and molded into any shape and used for speckle-free imaging in biology, remote sensing …

We systematically investigate positive and negative slope resonators with joint stability
zones and show the advantages and drawbacks of the different designs. As a result we …

We demonstrated the dynamically stable operation of aNd: YAG ring laser with 51.8 W of
linearly polarized, continuous output power. The laser was based on laser modules side …

This paper reports the performance studies of Nd: YAG rods with different diameters and
do** concentration in the CW diode-side-pumped geometry. We have used p-polarized …

We present a Nd: GdVO_4 bulk crystal oscillator with> 70 WTEM_00 laser output based on
the orthogonal thermal compensation architecture. The asymmetry of thermo-optical effects …