Effect of low-earth orbit space on radiation-induced absorption in rare-earth-doped optical fibers

Engineering & Materials Science

• Rare earth-doped fibers 100%
• Optical fibers 49%
• Orbits 41%
• Earth (planet) 39%
• Radiation 37%
• Fibers 32%
• Optical systems 11%
• Infrared radiation 9%
• Ytterbium 8%
• Infrared absorption 8%
• Erbium 8%
• Aluminum 8%
• Aluminosilicates 7%
• Ionizing radiation 7%
• Tailings 6%
• Space stations 5%
• Spectroscopy 5%
• Signal interference 5%
• Silica 5%
• Irradiation 5%
• Ions 4%
• Lasers 3%
• Bandwidth 3%
• Testing 2%
• Experiments 1%

Physics & Astronomy

• low Earth orbits 58%
• rare earth elements 40%
• optical fibers 35%
• fibers 26%
• radiation 25%
• aluminum 6%
• aerospace environments 5%
• electromagnetic interference 5%
• International Space Station 5%
• ytterbium 5%
• ionizing radiation 4%
• infrared absorption 4%
• erbium 4%
• amplifiers 3%
• silicon dioxide 3%
• trends 3%
• magnetic permeability 3%
• bandwidth 3%
• life (durability) 3%
• irradiation 3%
• spectroscopy 2%
• ions 2%
• lasers 2%

Chemical Compounds

• Fiber 30%
• Erbium 7%
• Ytterbium 7%
• Optical Spectroscopy 6%
• Dimension 4%
• Environment 3%
• Ion 2%