The nano-tomography setup at the P05 beamline is designed for high-resolution 3D imaging of materials at the nanoscale. It supports various experimental needs, particularly for biological and advanced material samples, by offering precise imaging capabilities combined with flexible environmental control.
Techniques and Capabilities
- Transmission X-ray Microscopy (TXM) in absorption and Zernike phase contrast. Offers resolution down to 30 nm and FOV from 30 µm to 100 µm.
- Near-Field Holotomography (NFHT): Propagation based phase contrast method with reduced dose on the sample and flexible FOV and magnification.
- Near-field Ptychography (NFP): Friendly user operation.
- Dark-field TXM: Friendly user operation.
- X-ray Energies: 8 - 20 keV
In situ Environments
- Environmental Control: Custom climate cells enable precise regulation of temperature (10–30°C) and humidity (0–95%) for moisture-sensitive samples.
- Mechanical Testing: Integration with tensile and compression devices allows for the investigation of mechanical properties under controlled conditions.
- Micromanipulation: Micromanipulator with plug-in tools such as force measurement system and mirco pipette system
The removable X-ray tube in EH1 (blue)
Design of the X-ray tube in experimental hutch 1 which can removed automatically from the beam for an easier change between the micro and the nano tomography experiment.
