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(especially FTIR or infrared spectroscopy) Technique: thin polymer sections are needed in order that the infra-red beam can penetrate the sample under examination. It is normal to cut samples to between 20 and 100 um in thickness. For more detailed analysis of much smaller areas in a thin section, FTIR microscopy can be used for sample inspection.
* Fabricating nanofluidic devices: Ultramicrotomy was recently used to fabricate

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