Fundamentos del Láser Segunda parte: Tipos de Láseres
Fundamentos del Láser Segunda parte: Tipos de Láseres
Fundamentos del Láser Segunda parte: Tipos de Láseres
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Laser Medio Longitud <strong>de</strong> Onda (nm)<br />
Neodymium:YAG (Nd:YAG, NIR) 1,064<br />
Neodymium:YVO4 (Nd:YV04, NIR) 1,064<br />
Neodymium:KGW (Nd:KGW, NIR) 1,067<br />
Helium-Neon (HeNe, NIR) 1,152<br />
Neodymium:YAG (Nd:YAG, NIR) 1,330<br />
Erbium:Glass (NIR) 1,540<br />
Thulium:YAG (Tm:YAG, MIR) 2,008-2,018<br />
Chromium,Thulium:YAG (Cr,Tm:YAG, MIR) 2,010<br />
Thulium:LuAG (Tm:LuAG, MIR) 2,020-2,030<br />
Thulium,Holmium:YLF (Tm,Ho:YLF, MIR) 2,047-2,059<br />
Holmium:YLF (Ho:YLF, MIR) 2,060<br />
Chromium,Thulium,Holmium:YAG (Cr,Tm,Ho:YAG, MIR) 2,090<br />
Holmium:YAG (Ho:YAG, MIR) 2,100<br />
Hydrogen Fluori<strong>de</strong> (HF, MIR) 2,700<br />
Erbium:YAG (Er:YAG, MIR) 2,940<br />
Helium-Neon (HeNe, MIR) 3,391<br />
Deuterium Fluori<strong>de</strong> (DF, MIR) 3,600-4,200<br />
Carbon Dioxi<strong>de</strong> (CO2, FIR) 9,600<br />
Carbon Dioxi<strong>de</strong> (CO2, FIR) 10,600<br />
Notas:<br />
1.NUV = Near-UV, NIR = Near-IR, MIR = Mid-IR, FIR = Far-IR.<br />
2.KGW = Potassium Gandolinium Tungstate, KGd(WO4)2.<br />
3.YAG = Yttrium Aluminum Garnet.<br />
4.YLF = Yttrium Lithium Fluori<strong>de</strong>.
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