Dataset of publication "Unveiling the Effects of Thermal Aging on the Oxidative Stability of Biobased Low-Density Polyethylenes"

This dataset contains source data obtained during research under the project financed by National Science Centre Poland - NCN; UMO-2021/43/D/ST8/01491 "Research on the influence of the polymer composites processing conditions on the stabilizing effect of functional plant-derived fillers", relating to research results described in the publication "Unveiling the Effects of Thermal Aging on the Oxidative Stability of Biobased Low-Density Polyethylenes"; DOI: 10.1021/acsomega.5c00636 As part of the research work carried out, measurements were carried out using the following methods:- Molecular weights | abbreviation: GPC- Fourier transform infrared spectroscopy | abbreviation: FTIR_spectra- FTIR spectra used to perform deconvolution | abbreviation: FTIR_DECONVOLUTION- X-ray diffraction data XRD | abbreviation: XRD- differential scanning calorimetry DSC | abbreviation: DSC- oxygen induction time raw data from DSC | abbreviation: DSC_OIT- oxygen induction time raw data from DSC | abbreviation: DSC_OOT- constant shear rheology (as a function of time) | abbreviation: RHEOLOGY- CIE Lab color analysis | abbreviation: COLOR- scanning electron microscopy in EDS | SEM_EDS- scanning electron microscopy | SEM Three types of biobased LDPE were tested and designated LDPE-SBC-818, LDPE-SEB-853, and LDPE-SPB-681. The measurements were performed for samples after thermal oxidation at 90 °C, 100 °C, and 110 °C for 1, 2, 5, 8, 12, 16, and 20 days. In the case of files regarding the thermally oxidized samples the information will be added as e.g. 90-1, temperature-time. The data files from DSC measurements will be supplemented with annotations indicating whether the cycle is heating (H) or cooling (C). File markings consist of:measurement type_material name_temperature-time_sample repetition number