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Showing 1 to 5 of 5 for “"FC-CVD"”.
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Development of an internally heated FC-CVD reactor for CNT synthesis
… as floating catalyst chemical vapor deposition (FC-CVD) which generates some of the highest quality CNTs directly into the final form from the reactor. However, it was found that FC-CVD is not readily scalable with a low production rate per volume of reactor (< 2 …
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Quantitative Chemical Analysis Throughout the FC CVD Process as a Route to Reliable Fibre Production and Research
… Floating Catalyst – Chemical Vapour Deposition (FC-CVD) process has been developed at Cambridge University for 14 years by the Macromolecular Materials Laboratory (MML) group. Since then research has focused on lab-scale processes and fibre property optimisation. Continued research has been …
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Development and Application of Gas-phase Raman Spectroscopy Techniques for Analysis of Carbon Nanotube Synthesis Processes
… floating catalyst chemical vapour deposition (FC-CVD) being one of the most attractive solutions for the mass production of CNTs. The current production rate of high-quality CNT material with tailored properties falls short of the rising industrial demand. One of the major limiting factors for …
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Aerosol carbon nanotube production via scalable microplasma synthesis of catalyst nanoparticles
… Floating catalyst chemical vapor deposition (FC-CVD) has emerged as the most promising process for large-scale production with an increasing number of commercial uses. Yet, FC-CVD still requires improvements in control (i.e., reliability and CNT size) and quality (i.e., defects and impurities) …
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Characterisation and development of carbon nanotube macrostructures
… Floating Catalyst Chemical Vapour Deposition (FC-CVD) route in particular has been reviewed in detail as the production method for CNT materials investigated in this work. The different processing paths that these materials have undergone post-production has then been explained at length. The …