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Ti_3C_2_T_xMXeneArgon.002 (189.86 kB)
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Ti_3C_2_T_xMXeneAir.003 (189.88 kB)
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Ti_3C_2_T_xMXeneArgon.003 (189.87 kB)
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Ti_3C_2_T_xMXeneAir.004 (189.88 kB)
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Ti_3C_2_T_xMXeneAir.005 (189.88 kB)
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Ti_3C_2_T_xMXeneAir001.txt (1.25 MB)
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Ti_3C_2_T_xMXeneAir002.txt (1.25 MB)
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Ti_3C_2_T_xMXeneAir003.txt (1.25 MB)
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Ti_3C_2_T_xMXeneAir004.txt (1.25 MB)
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Ti_3C_2_T_xMXeneAir005.txt (1.25 MB)
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Ti_3C_2_T_xMXeneAirDecomp002.txt (1.25 MB)
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Ti_3C_2_T_xMXeneArgon001.txt (1.25 MB)
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Ti_3C_2_T_xMXeneArgon002.txt (1.25 MB)
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Ti_3C_2_T_xMXeneArgon003.txt (1.25 MB)
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Ti_3C_2_T_xMXeneAir.001 (189.88 kB)
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Ti_3C_2_T_xMXeneArgon.001 (189.86 kB)
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Ti_3C_2_T_xMXeneAir.002 (189.88 kB)
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Ti_3C_2_T_xMXeneAirdecomp.002 (189.9 kB)
DOCUMENT
2020-11-10 - Thermogravimetric-Analysis-TGA-of-freeze-dried-MXene-TA-Q500-I.pdf (67.5 kB)
IMAGE
TGA_2020-11-10_Argon.png (147.93 kB)
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Thermogravimetric Analysis (TGA) of freeze-dried MXene - TA Q500 I
Perform TGA of powder Ti3C2 MXene to comprehend its thermal stability of terminating groups and core structure
Funding
EPSRC Centre for Doctoral Training in the Science and Technology of Fusion Energy
Engineering and Physical Sciences Research Council
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