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Ti3AlC2 powder009.tif (770.3 kB)
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Ti3C2 vac dried film001.tif (770.3 kB)
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Ti3C2 vac dried film002.tif (770.3 kB)
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Ti3C2 vac dried film003.tif (770.3 kB)
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Ti3C2 vac dried film004.tif (770.3 kB)
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Ti3C2 vac dried film005.tif (770.3 kB)
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Ti3C2 vac dried film006.tif (770.3 kB)
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Ti3C2 vac dried film007.tif (770.3 kB)
DOCUMENT
2019-11-20 - SEM-Zeiss-EVO-50-III.pdf (108.12 kB)
DOCUMENT
201119 Ti3C2Tx film.docx (305.37 kB)
TEXT
201119 sum spectrum.txt (27.99 kB)
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Ti3AlC2 powder001.tif (770.3 kB)
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Ti3AlC2 powder002.tif (770.3 kB)
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Ti3AlC2 powder003.tif (770.3 kB)
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Ti3AlC2 powder004.tif (770.3 kB)
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Ti3AlC2 powder005.tif (770.3 kB)
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Ti3AlC2 powder006.tif (770.3 kB)
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Ti3AlC2 powder007.tif (770.3 kB)
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SEM - Zeiss EVO 50 III
Investigate morphology of MAX phase particles and vacuum oven-dried MXene film with imaging and EDX
Funding
EPSRC Centre for Doctoral Training in the Science and Technology of Fusion Energy
Engineering and Physical Sciences Research Council
Find out more...
