READ ME File For 'X-ray Absorption Spectroscopy and Electrochemical Studies of Pt-Sn Electrocatalysts' Dataset DOI: 10.5258/SOTON/D1762 ReadMe Author: Haolaing Huang, University of Southampton This dataset supports the thesis entitled 'X-ray Absorption Spectroscopy and Electrochemical Studies of Pt-Sn Electrocatalysts' AWARDED BY: Univeristy of Southampton DATE OF AWARD: 2021 DESCRIPTION OF THE DATA This dataset contains figures, raw data, processed data of each chapter in the thesis. \\Chapter 1 figures.7z\Figures.pptx (Figures used in the Chapter 1) \\Chapter 2 Figures.7z\insitu EC cell.pptx (Figures used in the Chapter 2) \\Chapter 2 Figures.7z\Presentation1.pptx (Figures used in the Chapter 2) \\Chapter 3 Data.7z\electrochemistry data\alcohol oxidation (raw electrochemistry data of methanol, ethanol and butanol oxidation in the corresponding sub-folders) \\Chapter 3 Data.7z\electrochemistry data\CO stripping (raw electrochemistry data of CO stripping) \\Chapter 3 Data.7z\Figures (TEM data, HRTEM data, and other main figures used in the Chapter 3) \\Chapter 3 Data.7z\X-ray data\XAFS prj (raw XAS data and their Athena project files) \\Chapter 3 Data.7z\X-ray data\XPS (raw XPS data, fitted data and origin files) \\Chapter 3 Data.7z\X-ray data\XRD (raw XRD data and origin files) \\Chapter 4 Data.7z\Electrochemistry\electrochemistry data of PtC and SnO2 physical mixtures (raw electrochemistry data) \\Chapter 4 Data.7z\Electrochemistry\electrochemistry data of PtSnO2C and PtC catalysts (raw electrochemistry data and the complied data in an origin file) \\Chapter 4 Data.7z\Electrochemistry\electrochemistry of SnO2 nanopowder (raw electrochemistry data and the complied data in an origin file) \\Chapter 4 Data.7z\Electrochemistry\electrochemistry of TiO2 P25 (raw electrochemistry data and the complied data in an origin file) \\Chapter 4 Data.7z\electron microscopy\EDX-mapping (SEM EDX mapping data of PtSnO2C) \\Chapter 4 Data.7z\electron microscopy\PtC (TEM images of PtC) \\Chapter 4 Data.7z\electron microscopy\PtOxSnOxC (TEM images of PtOxSnOxC) \\Chapter 4 Data.7z\electron microscopy\PtSnO2C (TEM images of PtSnO2C) \\Chapter 4 Data.7z\electron microscopy\SnO2 (TEM images of SnO2C) \\Chapter 4 Data.7z\electron microscopy\STEM data for PtSnO2C (STEM data for PtSnO2C) \\Chapter 4 Data.7z\electron microscopy\size analysis.opj (size distribution data of Pt nanoparticles compiled in an origin file) \\Chapter 4 Data.7z\Figures (image files of the main figures used in this chapter) \\Chapter 4 Data.7z\XAS (Raw data, normalized data in PRJ files, and fitted data in FPJ files) \\Chapter 4 Data.7z\XRD (Raw data of Pt/C, PtOxSnOx/C and Pt-SnO2/C) \\Chapter 5 Data.7z\electrochemistry (raw data and compiled data in an origin file) \\Chapter 5 Data.7z\STEM (STEM data from 3 regions, and a ppt file to summarise the data) \\Chapter 5 Data.7z\XAS\ex situ data (raw ex situ XAS data, the normalised data in Athena project files and the fitted data in Artemis files) \\Chapter 5 Data.7z\XAS\in situ data (raw in situ XAS data, the normalised data in Athena project files and the fitted data in Artemis files) \\Chapter 5 Data.7z\xrd (raw XRD data) \\Chapter 5 Data.7z\figure 1 (a figure compiled the TEM, STEM and XRD data of the targeted sample in this chapter) \\Chapter 6 Data.7z\Artemis fitting models (artemis files used in this chapter) \\Chapter 6 Data.7z\Athena projects (normalized data in Athena project files) \\Chapter 6 Data.7z\raw XAS data (raw XAS data used in this chapter) \\Chapter 6 Data.7z\plots.opju (origin files containing figures shown in this chapter) \\Chapter 6 Data.7z\structural model.pptx (a structural model used in this chapter) Licence: CC BY Related publication: [1] H. Huang, A.E. Russell, Approaches to achieve surface sensitivity in the in situ XAS of electrocatalysts, Curr. Opin. Electrochem., 27 (2021) 100681. [2] H. Huang, A. Nassr, V. Celorrio, S.F.R. Taylor, V.K. Puthiyapura, C. Hardacre, D.J.L. Brett, A.E. Russell, Effects of heat treatment atmosphere on the structure and activity of Pt3Sn nanoparticle electrocatalysts: a characterisation case study, Faraday Discuss., 208 (2018) 555-573. Date that the file was created: March, 2021