Artificial intelligence and interactivity in your service
New technologies are changing the game in many fields, crystallography being no exception. CrysTBox is a suite of computer tools for automated analysis of TEM images (HRTEM and diffraction) and for crystallographic visualization. It is designed to put the power of modern technologies in the hands of crystallographers and material scientists to boost their research.
And what do you need to accelerate your research?
To have more time for important things To get more accurate results Squeeze maximum out of my data To understand how things work To see the meaning in tons of dataIt is interactive graphics which takes you from data to the meaning
Unlike human, CrysTBox takes into account tens of reflections at once
Easier cases in one click, hard ones still easier with assisted analysis
Image processing can reveal what stayed in the shadows
See, touch, play, understand...
For all - experts as well as non-crystallographers
Expert users will enjoy faster, more accurate and repeatable analysis than what can be achieved manually. Assisted analysis can help with most difficult images. Advanced features can also be helpful in performing non-trivial experimental techniques.
Thanks to its automation and interactivity, CrysTBox acts as a cross-disciplinary bridge. Even as a non-crystallographer, you can achieve accurate results and see theit meaning in the material. Therefore, CrysTBox is ideal for interdisciplinary projects and education.
All around the world
There is no information about any user in Antarctica, space or moon. Otherwise, the users got CrysTBox in more than 90 countries. Thank you all!
New to CrysTBox? Has it been used in your country for years or are you going to lead the way?
Most users can be found in:
Good company to join
CrysTBox is used in many renowned institutions to characterize most fascinating materials:
- 3D printed biodegradable alloys in ETH and Fraunhofer Inst.
- 50 000 000 years old flint in Weizmann and Max Planck Inst. and others
- Nuclear fuel from sodium-cooled reactors in Oak Ridge and Idaho National Labs
Latest citation
Baez-Cruz, Ricardo et al. "Lemon-Juice-Based Microwave Synthesis and Optical Characterization of Anisotropic Gold Nanoparticles" Nano (2023).
Six tools ready to tackle your research challenges in 21st century manner
Interested? Let's Apply, download and play!
If you want to download CrysTBox, please fill in this application form. CrysTBox is free for educational and scientific use.
Due to our MATLAB license, the suite must not be used for commercial purposes or by commercial subjects. For more see CrysTBox license.
The installers are built for Windows. Installation should be quite straight-forward. Still, the whole procedure is described in in this installation guide together with some tips for potential troubleshooting.
Due to the use of MATLAB Compiler Runtime, approximate hardware requirements are: 1GB RAM, 2GB of a disk space, 1GB graphic memory is recommended.
CrysTBoxer already? Here you can get some support
Frequently asked questions answer how to get new materials or integrate CrysTBox in DigitalMicrograph etc.
Quick-start videos illustrate what can be done with individual tools.
Step-by-step guides summarize the analytical procedure for all four analytical tools.
However ancient it is, this long video provides a commented guide to diffractGUI, ringGUI and cellViewer.
There are several publications about CrysTBox which can be refered to and cited:
M. Klinger. More features, more tools, more CrysTBox. Journal of Applied Crystallography, 50(4), 2017.
Here you can find all papers.
Acknowledgements
I would like to thank all CrysTBox users and many people who contributed CrysTBox development.
Recent citations and News
Baez-Cruz, Ricardo et al. "Lemon-Juice-Based Microwave Synthesis and Optical Characterization of Anisotropic Gold Nanoparticles" Nano (2023).
Bahrain became the 98th country where you can find CrysTBox.
Su, Ranran et al. "Oxidation mechanism in a refractory multiple-principal-element alloy at high temperature" Acta Materialia (2023).
Gnaneshwar, A. et al. "Effect of High Pressure Torsion on Microstructure and Properties of Intermetallic Containing CoCrFeNi2.1Nb0.2 High Entropy Alloy: Comparative Insights" Journal of Materials Engineering and Performance (2023).
Bartoli, Francesco et al. "Probing the activity and stability of MoO2 surface nanorod arrays for hydrogen evolution in an anion exchange membrane multi-cell water electrolysis stack" Journal of Materials Chemistry A (2023).
Lu, Yao et al. "Additive manufacturing of a functionally graded high entropy alloy using a hybrid powder-bed wire-based direct energy deposition approach" Additive Manufacturing (2023).