Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)

AFO Research Inc. Florida Office

 

PoC: Jack Illare III

Tel. (772) 538-1288

Fax (772) 539-7061

1717 Indian River Blvd. Suite 301

Vero Beach, FL 32960

 

 

AFO California Office

676 W Wilson Ave #A Glendale CA 91203

 

P.O. Box 1934

Glendale, CA 91209

PoC: Ashot Margaryan

Tel. (818) 470-2003

Fax (818) 500-8173

NAVIGATION

FOLLOW US

CONTACT

Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)
Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)
Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)
Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)
Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)
Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)
Yb(III) in New Fluorophosphate Glasses with High Gain Coefficient Date announced: 29 Oct 2005 A new series of fluorophosphate glasses doped with Yb(III) is introduced for fiber and waveguide laser applications. A glass developed by AFO Research, Inc.and tested at University of California,Irvine (Dept.of Chemical Engineering and Material Science)exhibits an extremely high gain coefficient, G=0.95 ms*pm^4, and high quantum efficiency -94%. The refractive index (nD)is linearly dependent on ytterbium concentration, while the nonlinear refractive index is extremely small (n2=1.42x10^-13 esu).The emission cross-section which was found to be 0.87 pm^2 at the lasing wavelength of 996 nm,is the highest one among fluorophosphate glasses. The combination of outstanding spectroscopic and optical properties demonstrates that the current Yb(III) doped fluorophosphate glass is excellent candidate material for fiber and waveguide lasers. Yb(III)