Correlative X-ray Imaging (CXI)
Dr. Danays Kunka [Contact]
Welcome
Our group develops correlative imaging methods by integrating X-ray phase-sensitive with other techniques for non-destructive, minimally invasive research. We combine hardware, software, and analytical models to optimize image acquisition and processing, applicable to biomedicine, materials science, and dynamic processes. Under the Helmholtz Association (PoF IV, Program 3, Topic 5, Project 43.35.01: Correlative X-ray Imaging - Link to MSE-Home), our work advances correlative and hybrid imaging technologies, enhancing characterization capabilities for complex structures and dynamic systems.
Schematic illustration of Spatial Harmonic X-ray Imaging with an inverted Hartmann mask. Link to Nano Trends article
Preliminary results from an inverted Hartmann-based Spatial Harmonic Computed Tomography (SHI-CT) combined with Nuclear Magnetic Resonance Imaging (MRI) at CORREL. The SHI-CT is shown in red, while the MRI is shown in blue.
Polypy interprets polymer properties from spectrometric data by filtering MS raw data using RMS-based calculations and classifying by theoretical molar masses. Link to APS article
Polypy interprets polymer properties from spectrometric data by filtering MS raw data using RMS-based calculations and classifying by theoretical molar masses. Link to MDPI article