Analysis tools for biomedical and environmental applications: development and application of a multi-modal synchrotron based chemical imaging platform

Combined X-Ray Fluorescence and Absorption CT (XRF-CT) imager for non-destructive 3D elemental/structural analysis on the microscopic scale.

Design and development of a multimodal synchrotron based methodology for 3D nano-analysis for biomedical and environmental applications

Developement of full-field X-ray fluorescence microspectroscopy

Development and application of advanced X-ray imaging methodologies for the analysis of unique extra-terrestrial materials

Development and applications of full-field X-ray fluorescence microspectroscopy in environmental science

Development and optimization of X-ray based analytical techniques towards the analysis of rare extraterrestrial materials.

Development and optimization of X-ray based analytical techniques towards the analysis of rare extraterrestrial materials.

Development and optimization of X-ray spectroscopic methods for the analysis of rare earth elements in geological materials.

Development of 3D elemental and structural microanalysis techniques for the study of unique extra-terrestrial materials

Development of 3D elemental, structural and isotopic microanalysis techniques for the study of unique meteoritic materials

Development of 3D elemental, structural and isotopic microanalysis techniques for the study of unique meteoritic materials

Development of advanced X-ray imaging methodologies for the analysis of unique extra-terrestrial materials

Development of a laboratory based quick X-ray absorption and emission spectrometer in a Von Hamos geometry.

Development of instrumentation and data processing algorithms to enhance the image quality of elemental nanoprobes for neuroimaging

Development of laboratory and synchrotron based XRF-CT techniques for non-destructive 3D microanalysis in Earth and Planetary science

Development of X-ray absorption and fluorescence microspectroscopic imaging using novel detection systems

Development of X-ray based 2D/3D micro/nano-analysis protocols in preparation for the Hayabusa 2 return sample analysis

Development of X-ray based three-dimensional micro/nano-analysis methods for the investigation of inclusions in natural diamonds and meteoritic materials

Development of X-ray Micro-Fluorescence Analysis Tools for Samples Returned by the Hayabusa2 and OSIRIS-REx Missions.

FWO IRI The DUBBLE Beam Lines at the ESRF: Extremely briljant X-rays for revealing the structure and function of atoms, molecules and materials

Implementation of a cryogenic sample environment at the hard X-ray microprobe beamline P06 for synchrotron radiation based spectroscopy and imaging of biological samples on the nanoscopic scale.

Nanochemical Cellular Imaging using Synchrotron Radiation X-ray Spectroscopy

Three-dimensional X-ray absorption spectroscopy on mu-meter school for geo-chemistry and cosmo

Three-dimensional X-ray micro-and nano-spectroscopy of unique comet and interstellar material

X-ray fluorescence imaging of biological samples on the (sub)micron scale using specialized sample environments

Combined quantitative chemical and morphological imiaging in 3D at a nanoscopic level

Commissioning and sustainable exploitation of the upgraded DUBBLE beamlines at the ESRF: studying the structure and function of matter at the world's most powerful synchrotron

L-SCAN: Linking surfaces, coatings, and nanostructures.

Non-destructive Analysis of Cultural Heritage Objects