Potassium gadolinium tungstate (KGd (WO₂), KGW)
Specifications
| Product Introduction
Potassium gadolinium tungstate (KGd(WO hour) CO₂) The crystal has the characteristics of wide light transmission range, good thermal conductivity, high damage threshold, large Raman frequency shift coefficient and high Raman gain. It is a kind of excellent stimulated Raman Laser Crystal, which can maintain high conversion efficiency and M² Beam Quality in the process of Raman frequency conversion. KGW crystal can withstand high pump power, and is suitable for a variety of Wavelength of pump light, widely used in Raman lasers, Laser frequency conversion, medical imaging, photodynamic therapy, environmental monitoring, spectroscopy research, materials processing and other fields.
The KGW crystal has two large Raman modes related to the pump polarization, which are located at 768cm.& sup1; and 901cm .& sup1;. This means that when the pump light is irradiated on the KGW crystal, the frequency shift of the Stokes light and the anti-Stokes light will be generated, and the frequency shift amount corresponds to the frequency of the two Raman modes. This feature enables the KGW crystal to convert the frequency of the pump light to a specific Raman shift frequency, thereby achieving Laser frequency conversion and expansion. The relatively wide Raman linewidth means that the crystal can cover a certain range of frequencies during the Raman conversion process, which is beneficial to achieve broadband frequency conversion and spectral expansion.
Remarks:
we can provide high quality in different sizes KGd(WO hour ) CO₂ Crystal, if you have special needs, please contact us.
Potassium gadolinium tungstate (KGd (WO₂), KGW)
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