IMAGE
DSC_200205.png (172.62 kB)
DATASET
Ti3_freeze-dried_pow_002.xlsx (46.07 kB)
DATASET
Ti3_freeze-dried_pow_003.xlsx (46.38 kB)
.BMP
Ti3_freeze-dried_pow_comp.bmp (7.91 MB)
.SAV
Analysis_Universal.sav (241.8 kB)
DATASET
Ti3_freeze-dried_pow_001.xlsx (46.09 kB)
.002
Ti3_freeze-dried_pow.002 (36.92 kB)
.003
Ti3_freeze-dried_pow.003 (36.92 kB)
.001
Ti3_freeze-dried_pow.001 (36.92 kB)
DOCUMENT
2020-02-05 - Differential-Scanning-Calorimetry-DSC-Freeze-dried-MXene-powder.pdf (58.58 kB)
1/0
Differential Scanning Calorimetry (DSC) - Freeze-dried MXene powder
Perform DSC on freeze-dried and ground Ti3C2 MXene powder to investigate thermal stability
Funding
EPSRC Centre for Doctoral Training in the Science and Technology of Fusion Energy
Engineering and Physical Sciences Research Council
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