Studies of the mechanically induced reactivity of graphene with water using a 2D-materials strain reactor

This dataset supports the investigation of strain-dependent reactivity with water on distorted graphene membranes using Raman microspectroscopy and density functional theory (DFT) calculations. Excel spreadsheets (.xlsx) relay the processed Raman micro spectroscopy data from the raw data .wip files (software for Witec Project analysis software) The dataset also includes raw outputs from DFT calculations used to construct simulated reaction energy landscapes describing water dissociation on graphene under applied strain. These data provide the guide to study strain-engineered reactivity in low-dimensional systems. , , # Studies of the mechanically induced reactivity of graphene with water using a 2D-materials strain reactor Dataset DOI: [10.5061/dryad.5qfttdzm9](https://doi.org/10.5061/dryad.5qfttdzm9) ## Description of the data and file structure Raw and processed data (2DMSR.zip) for \"Studies of the mechanically induced reactivity of graphene with water using a 2D-materials strain reactor\" are included. Inside Figure Files and SI Figure Files folders, the optical images, instrument schematics, Raman point spectra, and reaction energy landscapes presented throughout this paper for the discussion of the mechanochemical hydrolysis of water on a single-layer graphene surface under strain are available as high resolution files (.tiff). Inside experimental data folder, Excel spreadsheets (.xlsx) relay the processed spectral data from the raw data .wip files (software for Witec Project analysis software). Spectral data were processed using OriginPro with all Raman spectra normalized to the Raman G peak..., ,