Oxidized-graphenic Nanoplatelets Obtained From Bamboo – Low Oxygen Formula: C-O Core Loss

Submitted by Luc Lajaunie, August 24, 2016.

Author Comments: TCA=973 K. Cf paper for C/O and sp2 ratios.

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Spectrum Metadata

Specimen Name
FEI Titan Cube
Spectrum Type
Core Loss
Specimen Formula
C-O
Data Range
201.26 eV - 616.8 eV
Elemental Edges
C_K, O_K
Associated Spectra
CL Oxidized-graphenic Nanoplatelets Obtained From Bamboo – Low Oxygen
Microscope Name / Model
FEI Titan Cube
Gun Type
FEG
Incident Beam Energy
80 kV
Resolution
0.8 eV
Monochromated
No
Dispersion
0.203 eV/pixel
Convergence Semi-angle
4.6 mrad
Collection Semi-angle
20 mrad
Probe Size
50 nm2
Detector
Gatan Tridiem
Dark Current Correction
Yes
Gain Variation Spectrum
Yes
Calibration
Pi* at 285 eV
Deconvolutions
Fourier-ratio
Reference
K Gross, J J Prías Barragán, S Sangiao, J M De Teresa, L Lajaunie, R Arenal, H Ariza Calderón, P Prieto (2016). Electrical conductivity of oxidized-graphenic nanoplatelets obtained from bamboo: effect of the oxygen content Nanotechnology 27:36 365708
DOI
10.1088/0957-4484/27/36/365708
Reference URL
http://dx.doi.org/10.1088/0957-4484/27/36/365708