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A Micro-Machined Optical Fiber Cantilever as a Miniaturized pH Sensor

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PROJECT TITLE :

A Micro-Machined Optical Fiber Cantilever as a Miniaturized pH Sensor

ABSTRACT:

A micro-cantilever fabricated using a combination of picosecond-laser machining and centered ion beam milling directly onto the end of a commonplace telecommunications optical fiber is demonstrated as a liquid pH sensor. Typical pH meters sometimes require comparatively large reaction volumes up to ~fifty mL, which is not always convenient. The micro-scale nature of this sensor offers the potential for pH measurement on a smaller sample volume down to micro-liter. The fiber end-tip cantilever is coated with a pH sensitive layer, and also the pH-induced deflection is monitored interfermetically. A detectable pH range from 4.zero to 10.0 is demonstrated for the cantilevers coated with 16-mercapto-hexadecanoic-1-acid as the practical layer, and a detectable pH range from four.0 to 9.zero is demonstrated for the cantilevers coated with Al2O3 as the useful layer.


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A Micro-Machined Optical Fiber Cantilever as a Miniaturized pH Sensor - 4.7 out of 5 based on 68 votes

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