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Sample _200microns-tif.hdr (1.21 kB)

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Sample 1_1microns.tif (5.04 MB)

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Sample 1_1microns-tif.hdr (1.22 kB)

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Sample 1_5 microns.tif (5.04 MB)

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Sample 1_5 microns_2ndimage.tif (5.04 MB)

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Sample 1_5 microns_2ndimage-tif.hdr (1.22 kB)

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Sample 1_5 microns-tif.hdr (1.22 kB)

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Sample 1_10 microns.tif (5.04 MB)

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Sample 1_10 microns-tif.hdr (1.22 kB)

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Sample 2_2microns._.tif (5.04 MB)

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Sample 2_2microns._-tif.hdr (1.22 kB)

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Sample 2_5 microns.2_.tif (5.04 MB)

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Sample 2_5 microns.2_-tif.hdr (1.22 kB)

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Sample 2_5 microns_.tif (5.04 MB)

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Sample 2_5 microns_-tif.hdr (1.22 kB)

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Sample 2_10 microns_.tif (5.04 MB)

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Sample 3_2microns.tif (1.27 MB)

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Sample 3_2microns-tif.hdr (1.21 kB)

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Sample 3_5 microns_.tif (1.27 MB)

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Sample 3_5 microns_-tif.hdr (1.22 kB)

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44 files

SEM Images for carbon-POM electrodes

dataset

posted on 2023-11-21, 15:34 authored by Abigail Alice SeddonAbigail Alice Seddon, Elizabeth GibsonElizabeth Gibson, CATHAL BURNSCATHAL BURNS

Scanning electron microscopy energy-dispersive X-ray spectroscopy (SEM–EDS) analysis was carried out by Cathal Burns (Northumbria University) using a Teacan Mira3 SEM instrument equipped with an Oxford instruments energy-dispersive X-ray analyser. The working distance, accelerating voltage, and beam current were 8.5 mm, 10.0 kV, and 50.0 pA, respectively.