Free Lunch & Learn Series
ZEISS X-ray Microscopy and Applications
Users of X-ray Microscopes will present various applications and the added value of such systems for research facilities across different fields. ZEISS uniquely enables X-ray Microscopy in the laboratory and unlocks new imaging capabilities through its patented technologies. Taking advantage of the broad portfolio of ZEISS Microscopy, it is now possible to run correlative microscopy experiments through true multi-scale and multi-modal imaging, thanks to suitable and specifically designed correlative platforms.
- Non-destructive characterization of material with 3D high-resolution X-ray microscopy
- Multi-scale characterization of Li-ion batteries and fuel cells at the electrochemical innovation Lab (UCL)
- In-situ X-ray microscopy imaging of microstructural changes in Riodacite/Smectite by flooding of water
- X-ray microscopy: an important tool for natural history museums
- Structural characterization of carbon fiber reinforced polymers (CFRP) using X-ray microscopy
Sessions open for registration
Non-destructive characterization of materials
3D high-resolution X-ray microscopy
Thursday
Group Leader, X-ray Imaging Group within the Chair of Microstructured Material Design at Martin-Luther-Universität Halle-Wittenberg
Key Learnings
- Learn the technology behind the imaging characteristics of the Ultra 810
- Understand the benefits of phase-contrast imaging for characterization of biomaterials
- Review examples of images obtained for morphological characterization
Register here
![]({"small":"https://images.zeiss.com/Microscopy/de/img/juliana2_280_280.ts-1618839641385.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=3e6b2fbbc2e305ec53e4795bb3d3351e","large":"https://images.zeiss.com/Microscopy/de/img/juliana2_280_280.ts-1618839641385.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=af7413fa5ac8df3c97bacbf7e8b2d978","medium":"https://images.zeiss.com/Microscopy/de/img/juliana2_280_280.ts-1618839641385.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=4fc7da59ddb609305388340f9edf7a7d","full":"https://images.zeiss.com/Microscopy/de/img/juliana2_280_280.ts-1618839641385.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=2851745d28caa88cd91cfdcb7eb2351a"})
Multi-scale characterisation of Li-ion batteries and fuel cells
Electrochemical Innovation Lab (UCL)
Thursday
Experimental Manager in the EIL X-ray Facility, part of the Department of Chemical Engineering at UCL
Key Learnings
- Multi-scale analysis coupling microscale and nanoscale X-ray microscopy
- How ZEISS XRM can provide non destructive characterization across multiple length scale for a better understanding of the mechanisms behind battery and fuel cells degradation
- Sample preparation methods and imaging techniques for multiscale characterization
Register here
![]({"small":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/francesco_lacoviello.ts-1617794753753.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=045e47faad3ff5d8cfb8ac1e97bf7a35","large":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/francesco_lacoviello.ts-1617794753753.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=ac335dc476854d5ef87712473222efc5","medium":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/francesco_lacoviello.ts-1617794753753.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=0af066d9b056dd6d6d68d97a1840dae4","full":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/francesco_lacoviello.ts-1617794753753.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=3ab826f118e803e47c8ee3599b667e57"})
In-situ x-ray microscopy
Imaging of microstructural changes in Riodacite/Smectite by flooding of water
Thursday
Head of the Atomic Force and Microtomography Facility, Universidad de Granada
Key Learnings
- The analysis of the problems presented in the archaeological sites
- How XRM helped to characterize the hydromechanical behavior of Riodacite/Smectite
- Experimental methods for the identification of heterogeneous changes in the microstructure of the sample over time
Register here
![]({"small":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/fatima_linares.ts-1617794975223.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=05d6155eeb76016b267d8a6c6f86b6e1","large":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/fatima_linares.ts-1617794975223.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=63505920e58a5e5984abdc4b8f1563b9","medium":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/fatima_linares.ts-1617794975223.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=bbee74bc15fe3424dddc6e84a31491f0","full":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/fatima_linares.ts-1617794975223.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=24cad0431fbb2fae9f17b8ffacf453df"})
X-ray microscopy
An important tool for natural history museums
Thursday
Imaging specialist at the Natural History Museum’s (NHM)
Key Learnings
- The value of X-ray Microscopy for natural history research
- The value of XRM to help digitizing a collection, to allow for more collaborative research
- How good sample preparation make imaging of biological samples possible
Register here
![]({"small":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/brett_clark.ts-1617794840362.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=3438ee213eb685ec79af96df383f95fe","large":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/brett_clark.ts-1617794840362.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=4d37f4db73c6026ea5b917686fd5a8ad","medium":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/brett_clark.ts-1617794840362.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=afd0b48edb5593377fc7cbafb0c0c732","full":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/brett_clark.ts-1617794840362.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=74198da8d07bac00293003ad89d07a83"})
Structural characterization of carbon fiber reinforced polymers (CFRP)
X-ray microscopy
Thursday
Group Leader, X-ray Imaging Group within the Chair of Microstructured Material Design at Martin-Luther-Universität Halle-Wittenberg
Key Learnings
- Important properties of CFRP and how they relate to its microstructure
- High resolution X-ray imaging in low contrast composites
- Example for advanced modelling of 3D-structure data
Register here
![]({"small":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/julia_vogtmann.ts-1618317898424.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=640&s=dba100ae01e9889b54d9f049b1d174fc","large":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/julia_vogtmann.ts-1618317898424.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1280&s=1037bf7b05e2f1317cfb49079808656d","medium":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/julia_vogtmann.ts-1618317898424.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=832&s=19e76501141d320d042e7f4c21ff6389","full":"https://images.zeiss.com/Microscopy/Training%20and%20Education/2021/xrm-lunch-talk/julia_vogtmann.ts-1618317898424.jpg?auto=compress%2Cformat&fm=png&ixlib=java-1.1.11&w=1920&s=d1881d0f7c27c1077901502343edeb16"})