High-pressure crystallized poly ethylene terephthalate) samples were investigated with differential scanning calorimetry and scanning electron microscopy.
By unamended bioassays containing sediment and groundwater, 37 samples were investigated with respect to methane production, sulfate, iron, and manganese reduction, and denitrification.
In the present work, miniaturized centrifugation (spin) columns for the extraction of mycotoxins from grain samples were investigated, with a focus on matrix removal, applicability of different extraction solvents, and recovery of mycotoxin.
The samples were investigated with respect to their structural composition, nanocrystallitesizes, morphology, texture, molecular and macroscopic surface properties by XRD, Raman, SEM-EDX, HRTEM and STEM-EDX mapping, BET analysis and XPS, as a function of the ceria content incorporated in the mentioned solid solution.
Subsequently to the biofunctionalization, the samples were investigated with a Zeiss Axio Imager 2 fluorescence microscopy setup.
The compositional and structural properties of the grown samples were investigated with TEM, STEM, and EDX measurements.
The decomposition of the samples was investigated with super-critical water oxidation (SCWO) equipment.
Temperature-dependent solution behaviour of the samples was investigated with a thermoturbidimetric technique.
The crystal structure and morphology of samples are investigated with the aid of X-ray diffraction (XRD) and high resolution transmission electron microscopy (HRTEM).
Changes in the electrical, structural, and optical properties of samples are investigated with respect to annealing in air at different temperatures.
The surface chemistry of the unpainted silane treated samples was investigated with AES, ToF-SIMS and EDS and the surface morphology was studied with SEM.
