MMX-I

MMX-I processes and reconstructs datasets from scanning multi-technique X-ray imaging and tomography, enabling combined analysis of X-ray fluorescence, phase contrast, absorption, and dark-field imaging modalities.

Key Features:

• Multi-modality support: Supports X-ray fluorescence, phase contrast, absorption, and dark-field imaging and their combined datasets.
• Processing and reconstruction: Performs data processing and tomographic reconstruction of scanning multi-technique X-ray imaging datasets.
• Large-volume data handling: Handles datasets reaching several hundred gigabytes produced by fast scans (e.g., Nanoscopium beamline).
• Commodity-hardware performance: Capable of processing large datasets on standard personal computers.
• Integrated multimodal workflow: Integrates diverse X-ray imaging modalities into a single processing workflow.

Scientific Applications:

• High-resolution material characterization: Enables detailed characterization of materials at high resolution using multimodal X-ray contrasts.
• Multidisciplinary imaging studies: Supports investigations in materials science, biology, and nanotechnology that require combined imaging modalities to resolve complex structures and properties.

Methodology:

Performs data processing and tomographic reconstruction of scanning multi-technique X-ray imaging datasets and handles large-volume, fast-scan datasets (up to several hundred gigabytes) such as those from the Nanoscopium beamline.