Jian-Min Zuo

Fun with materials and reciprocal space

[EMLab Solutions, Inc. @EMLab7]

PYEMAPS feature in preview: searching and indexing experimental diffraction patterns. We will be delighted to get your thoughts. Follow PYEMAPS official documentation: https://t.co/VxGJR3YT22 for free download and installation.

[Jian-Min Zuo @JimZuoUIUC]

Upcoming workshop on Data-Driven Electron Microscopy https://t.co/an6Ndnf6nf

[IUCr @IUCr]

Many congratulations to Jian-Min Zuo @IllinoisMatSE, recipient of the 2023 Gjønnes Medal for his outstanding contributions to the development and application of quantitative electron diffraction. Professor Zuo will present a Keynote Lecture at @IUCr2023 https://t.co/5p9TXcWSK3

[Jian-Min Zuo @JimZuoUIUC]

@ColinOphus @Sergei_Imaging Agree with Colin, maximum info is two 2D lattices captured in a 2D Moiré fringe pattern, it is possible then to reconstruct 3D lattices with constraints for 3rd ones.

[Jian-Min Zuo @JimZuoUIUC]

https://t.co/2rToavBANz

[Jian-Min Zuo @JimZuoUIUC]

@ColinOphus Appreciate your comments!

[Jian-Min Zuo @JimZuoUIUC]

@ColinOphus @JPCouzinie The L12 ordering parameters determined from diffraction are definitely short range ordered, L11 order extends to few atoms away, less clear cut. The image could be showing clusters of short range order

[Jian-Min Zuo @JimZuoUIUC]

Here is what #ShortRangeOrder looks like in CrCoNi look like

[Jian-Min Zuo @JimZuoUIUC]

Very proud of our collaborative work just published in Nature Communications on #ShortRangeOrder in #MediumEntropyAlloy CrCoNi and Haw-Wen Hsiao and Rui Feng for the great achievement. See https://t.co/H4CANlLkV8

[Jian-Min Zuo @JimZuoUIUC]

Prof. John Spence's legacy on quantitative electron diffraction @CBED, @ASU, @ResearchGate: https://t.co/PBCMdLOCZ5

[Jian-Min Zuo @JimZuoUIUC]

Our work on "Formation and impact of nanoscopic oriented phase domains in electrochemical crystalline electrodes" just published on @NatureMaterials — Read it on @ResearchGate: https://t.co/jKS4A9ImGq

[Jian-Min Zuo @JimZuoUIUC]

At Portland for #mm2022, for an exciting week of electron microscopy

[EMLab Solutions, Inc. @EMLab7]

Electron structure factors and d-spacing calculations are now available in #cloudEMAPS 2.0! Free preview at https://t.co/mxdl7rZvsO.

[EMLab Solutions, Inc. @EMLab7]

#cloudEMAPS 2.0 Bloch Diffraction Simulation Demo with Zinc crystal. Sample thickness control ranges from 200 to 1000 Å. See https://t.co/JI6BtZRpLO for details on this #virtualMicroscope for your online learning and teaching and training needs in #ElectronMicroscopy.

[EMLab Solutions, Inc. @EMLab7]

#cloudEMAPS 2.0 short feature demo: Contrast Transfer Function (CTF)

[EMLab Solutions, Inc. @EMLab7]

#cloudEMAPS 2.0: Interactive #Ronchigram images by adjusting defocus between [-70, 0]nm, based on Joel2200 experimental aberration parameters. Try it at https://t.co/PRFB5zCEk1. Teach, learn and train on electron microscope optical alignment from your browser with #cloudEMAPS!

[Microscopy Society @MicroscopySoc]

Thank you for attending #MM2020Virtual! We hope you enjoyed this new way to experience the annual meeting! The platform will be accessible until Sept. 7, 2020, to access talks, posters, exhibitor info, & text chat. Video chat & meeting features will not be available after today.

[EMLab Solutions, Inc. @EMLab7]

#cloudEMAPS 2.0 Free product preview through 9/10/2020 at: https://t.co/mxdl7rZvsO. Accessign the amazing simulated electron microscope images generated by the powerful scientific computing on the cloud from anywhere and anytime...

[Jian-Min Zuo @JimZuoUIUC]

@IllinoisMatSE @ShoemakerLab Congratulations @ShoemakerLab

[EMLab Solutions, Inc. @EMLab7]

The link is missing. Here it is: https://t.co/JI6BtZRpLO