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Institute for Electronics and Nanotechnology (IEN)

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    XPS data for an article "Selective Permeation "Up" a Chemical Potential Gradient to Enable an Unusual Solvent Purification Modality"
    (Georgia Institute of Technology, 2023-05-25) Lively, Ryan P. ; White, Haley D. ; Yoon, Young Hee ; Ren, Yi ; Roos, Conrad J. ; Wang, Yuxiang ; Koros, William J.
    The XPS data show the estimation of 4 types of C-bonds in carbon membranes pyrolyzed in various conditions. As the pyrolysis temperature increases, the relative amount of carbon-carbon bonds increases, while carbon-oxygen, and carbon-nitrogen bonds seem to decrease. Additionally, samples that were exposed to methanol have lower amounts of carbon-carbon bonds and increased amounts of carbon-oxygen bonds relative to samples that were not soaked in methanol. This collection of data was used to hypothesize a representative structure that reflects the average composition and bonding of carbons.