Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS
FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA

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Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA
Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA
Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA
Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA
Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA
Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA
Laser Focus World, Vol. 44, Issue 2 February, 2008 (New Products) SPECIALTY GLASS FP 20-35 fluorophosphate-type speciality glass shows no loss of transmission after irradiation with 200 K rads with a dose time of 10.68 min, optical density 0.08. Light transmission was 98.24% both before and after irradiation. The specialty glass is designed for applications in outer space, including as radiation-resistant lenses and windows or solar panels for satellites. AFO Research, Glendale, CA