Replication Data for: The isolation and characterization of cellulose nanofibrils from the endocarp of Cocos nucifera

Raw data of optical microscopy (OM), field-emission scanning electron microscopy (FE-SEM), atomic force microscopy (AFM), X-ray diffraction (XRD), and data analysis. The data is organized by the figure numbers used in the manuscript, in the order of appearance. This organization is best seen if viewed in the "Tree" mode. File Formats AFM raw data is provided in NT-MDT's proprietary format (MDT) as well as Gwyddion format (GWY), which can both be viewed using the Gwyddion AFM viewer, which has been released under the GNU public software license GPLv3 and can be downloaded for free at http://gwyddion.net/. AFM line profile raw data is provided in plain text ASCII (TXT) format. XRD raw data is provided in plain text ASCII (TXT) format. FE-SEM raw data always has the SEM image data, provided in TIF format, along with a parameter file produced by the SEM instrument in plain text ASCII (TXT). Optical microscopy raw data is provided in PNG format. Data analysis results of nanofibril dimensions are provided in an Excel sheet (XLSX). Data (Folder Structure) Figure 1 FE-SEM raw data and PNG file from optical microscopy of the coconut. Figure 2 FE-SEM raw data of all images of the coconut. Figure 3 MDT and GWY files of all AFM scans of the exfoliated coconut cellulose. Lengths of crystalline nanofibrils were determined manually by running a line profile longitudinally across each nanofibril and determining its end-to-end length, ignoring any bends or kinks. The results of this procedure are shown in an XLSX file (column A). Other columns of this spread sheet contain the number average (B), its standard deviation (C), the sum of lengths (D), and the length weights (E) used to calculate the length-weighted average (G). Figure 4 MDT and GWY file of the exfoliated coconut cellulose AFM scans. TXT files from XRD and line profile of AFM image.