Regeneration of FBGs during the HFCVD diamond-fiber coating process
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SPIE
Reference13 articles.
1. Multilayer fiber optic sensors for in situ gas monitoring in harsh environments
2. A fiber-optic pH sensor based on relative Fresnel reflection technique and biocompatible coating
3. Diamond growth by chemical vapour deposition
4. Optical fibre coated with diamond nanocrystal: novel sensing architecture;Afshar,2011
5. Evaluation of Diamond Coatings on Optical Fibre Sensors for Biological Use
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