| Alternative heat sources for MCVD preform fabrication: |
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fabrication of large CSA core preforms
reduction of preform fabrication cost
increase of MCVD productivity through larger deposition rate and faster collapse
improvement of MCVD competitivity against other preform fabrication techniques
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| Fabrication of LOW WATER PEAK fibers by MCVD method: |
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reduction of water peak in fibers produced from MCVD core preforms
development of process, procedures and accessories for reduction of water peak in existing MCVD preform factories and equipment
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| Improvements in vaporization of liquid reagents and precursor delivery methods: |
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improving performance and stability of vapor delivery of reagents in MCVD, for very large core preforms and in fabrication of specialty fiber preforms
replacement of bubbler as vapor source system with more stable vapor delivery methods
industrialization of less common precursor doping methods for specialty fiber products (aerosol doping, high temperature vaporization...)
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