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Novel type of highly photosensitive germanium-doped silica glass: codoping with nitrogen

机译:新型高感光性掺锗石英玻璃:与氮共掺杂

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Abstract: A novel type of highly photosensitive germanosilicates has been developed. By adding ammonia to the gas mixture of silane, germane and nitrous oxide in the plasma enhanced chemical vapor deposition process, nitrogen has been incorporated in the glass matrix forming germania/silica oxynitrides. UV-induced refractive index increases greater than 3 multiplied by 10$+$MIN@3$/ has been measured without any hydrogen loading. Besides the highly increased photosensitivity the nitrogen doped germanosilicates exhibit excellent mechanical properties. Dependent on the deposition and annealing parameters the glass can be deposited to have zero stress when deposited on silicon. Further more can stable glasses with up to 30 mole % germania be deposited when nitrogen in incorporated. !10
机译:摘要:已经开发出一种新型的高感光性锗硅酸盐。通过在等离子增强化学气相沉积过程中将氨添加到硅烷,锗烷和一氧化二氮的气体混合物中,氮已被掺入玻璃基质中,形成了锗/氮氧化硅。 UV引起的折射率增加大于3乘以10 $ + MIN @ 3 $ /,已经测量到没有任何氢负载。除高度提高的光敏性外,氮掺杂的锗硅酸盐还具有出色的机械性能。取决于沉积和退火参数,当沉积在硅上时,玻璃可以沉积为具有零应力。当掺入氮时,可以沉积更多具有高达30摩尔%的锗的稳定玻璃。 !10

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