KGW/ Ba(NO₃)₂ Ba (NO₃)₂ 1064 nm
Fuzhou Jingzhi's barium nitrate (Ba(NO₃)₂) and undoped potassium gadolinium tungstate (KGd(WO₄)₂, KGW) crystals are noted for excellent stimulated Raman scattering (SRS), enabling laser frequency conversion and an extended tuning range. Crystal-based SRS is fully compatible with current all-solid-state laser technology, offering a very simple, compact frequency-conversion solution.
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Overview
Specifications
| Parameter | Value |
|---|---|
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Specifications -1 Stoke | 1197 |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Specifications -2 Stoke | 1369 |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Specifications -3 Stoke | 1599 |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Specifications -4 Stoke | 1924 |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Specifications -1 Antistoke | 957 |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Parameters - Typical Efficiency [1 Stoke] | 35–70 % |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Parameters - Typical Efficiency [2 Stoke] | 20–40 % |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Parameters - Typical Efficiency [3 Stoke] | 10–15 % |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Parameters - Typical Efficiency [4 Stoke] | <10 % |
| KGW and Ba (NO₃)₂ Crystal Raman Wavelength Parameters - Typical Efficiency [1 Antistoke] | 10–30 % |
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