Title:
XPS data for an article "Selective Permeation "Up" a Chemical Potential Gradient to Enable an Unusual Solvent Purification Modality"
XPS data for an article "Selective Permeation "Up" a Chemical Potential Gradient to Enable an Unusual Solvent Purification Modality"
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Lively, Ryan P.
White, Haley D.
Yoon, Young Hee
Ren, Yi
Roos, Conrad J.
Wang, Yuxiang
Koros, William J.
White, Haley D.
Yoon, Young Hee
Ren, Yi
Roos, Conrad J.
Wang, Yuxiang
Koros, William J.
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Abstract
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.
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Office of Basic Energy Science of the U.S. Department of Energy, DE-SC0019182
Date Issued
2023-05-25
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