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Design and Characterization of Resonator Mirrors for Microlasers on the Base of YAlO_3 Single Crystals Activated with Nd^{3+} and Tm^{3+} Ions

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Ilyina O., Hajduchok V., Izhnin O., Sugak D., Kuzmak R., Syvorotka I., Dyachok Y., Groshovyy I., Vakiv M.

issue 1

244-247

Most of the challenges in laser technology can be overcome by using yttrium-aluminum perovskite (YAlO_3, YAP). These crystals are characterized by more advantages than typical Y_3Al_{5}O_{12} (YAG) crystals. However, the creation of microlasers with these materials is just under development. The aim of the work was to theoretically design the input and output cavity mirrors for microlasers on the base of YAlO_3:Nd or YAlO_3:Tm single crystals, and to investigate those resonators obtained according to the theoretical design using electron beam evaporation method.

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1 Acta Physica Polonica A

1 2010

1 Dyachok Y.

1 Groshovyy I.

1 Hajduchok V.

1 Ilyina O.

1 Izhnin O.

1 Kuzmak R.

1 Sugak D.

1 Syvorotka I.

1 Vakiv M.

Search results

Design and Characterization of Resonator Mirrors for Microlasers on the Base of YAlO_3 Single Crystals Activated with Nd^{3+} and Tm^{3+} Ions