main editor for electron crystallography

X. ZouDepartment of Materials and Environmental Chemistry, Stockholm University, SE-106 91 Stockholm, Sweden (e-mail: xzou@mmk.su.se)

co-editors

M. GemmiCenter for Materials Interfaces, Istituto Italiano di Tecnologia, Viale Rinaldo Piaggio 34, Pontedera 56025, Italy (e-mail: mauro.gemmi@iit.it)
L. MeshiDepartment of Materials Engineering, Ben-Gurion University of the Negev, Beer-Sheva 8410501, Israel (e-mail: louisa@bgu.ac.il)
P. D. NellistDepartment of Materials, University of Oxford, Parks Road, Oxford OX1 3PH, United Kingdom (e-mail: peter.nellist@materials.ox.ac.uk)
J. A. RodriguezChemistry & Biochemistry, University of California, Los Angeles (UCLA), 611 Charles E. Young Dr. East, Boyer Hall, Los Angeles CA 90095, USA (e-mail: jrodriguez@mbi.ucla.edu)
J. SunCollege of Chemistry and Molecular Engineering, Peking University, 611 Boyer Hall, Haidian, 100871 Beijing, China (e-mail: junliang.sun@pku.edu.cn)

articles in this subject area

Structural analysis of nanocrystals by pair distribution function combining electron diffraction with crystal tilting. L. Guo, S. Wu, Z. Zhou & Y. Ma (2024). IUCrJ 11, 202-209. 
Refining short-range order parameters from the three-dimensional diffuse scattering in single-crystal electron diffraction data. R. Poppe, N. Roth, R. B. Neder, L. Palatinus, B. B. Iversen & J. Hadermann (2024). IUCrJ 11, 82-91. 
STEM SerialED: achieving high-resolution data for ab initio structure determination of beam-sensitive nanocrystalline materials. P. Hogan-Lamarre, Y. Luo, R. Bücker, R. J. D. Miller & X. Zou (2024). IUCrJ 11, 62-72. 
A new approach for serial electron diffraction data collection. B. L. Nannenga (2024). IUCrJ 11, 7-8. 
Dynamical refinement with multipolar electron scattering factors. B. Olech, P. Brázda, L. Palatinus & P. M. Dominiak (2024). IUCrJ 11, https://doi.org/10.1107/S2052252524001763. 
Design and implementation of suspended drop crystallization. C. Gillman, W. J. Nicolas, M. W. Martynowycz & T. Gonen (2023). IUCrJ 10, 430-436. 
Investigation of the milling characteristics of different focused-ion-beam sources assessed by three-dimensional electron diffraction from crystal lamellae. J. M. Parkhurst, A. D. Crawshaw, C. A. Siebert, M. Dumoux, C. D. Owen, P. Nunes, D. Waterman, T. Glen, D. I. Stuart, J. H. Naismith & G. Evans (2023). IUCrJ 10, 270-287. 
True mol­ecular conformation and structure determination by three-dimensional electron diffraction of PAH by-products potentially useful for electronic applications. I. Andrusenko, C. L. Hall, E. Mugnaioli, J. Potticary, S. R. Hall, W. Schmidt, S. Gao, K. Zhao, N. Marom & M. Gemmi (2023). IUCrJ 10, 131-142. 
Modelling fine-sliced three dimensional electron diffraction data with dynamical Bloch-wave simulations. A. Cleverley & R. Beanland (2023). IUCrJ 10, 118-130. 
Accurate lattice parameters from 3D electron diffraction data. I. Optical distortions. P. Brázda, M. Klementová, Y. Krysiak & L. Palatinus (2022). IUCrJ 9, 735-755. 
Towards a new level of quantitative treatment of 3D electron diffraction data – in-pattern optical distortions. T. E. Gorelik (2022). IUCrJ 9, 715-717. 
Quantitative analysis of diffuse electron scattering in the lithium-ion battery cathode material Li1.2Ni0.13Mn0.54Co0.13O2. R. Poppe, D. Vandemeulebroucke, R. B. Neder & J. Hadermann (2022). IUCrJ 9, 695-704. 
How to get maximum structure information from anisotropic displacement parameters obtained by three-dimensional electron diffraction: an experimental study on metal–organic frameworks. L. Samperisi, X. Zou & Z. Huang (2022). IUCrJ 9, 480-491. 
MicroED: conception, practice and future opportunities. M. T. B. Clabbers, A. Shiriaeva & T. Gonen (2022). IUCrJ 9, 169-179. 
IUCrJ launches electron crystallography section. IUCr (2022). IUCrJ 9, 163-164. 
Revealing the early stages of carbamazepine crystallization by cryoTEM and 3D electron diffraction. E. T. Broadhurst, H. Xu, S. Parsons & F. Nudelman (2021). IUCrJ 8, 860-866. 
UnitCell Tools, a package to determine unit-cell parameters from a single electron diffraction pattern. H. L. Shi & Z. A. Li (2021). IUCrJ 8, 805-813. 
Hydrogen disorder in kaatialaite Fe[AsO2(OH)2]5H2O from Jáchymov, Czech Republic: determination from low-temperature 3D electron diffraction. G. Steciuk, J. Majzlan & J. Plášil (2021). IUCrJ 8, 116-123. 
Crystal twinning of bicontinuous cubic structures. L. Han, N. Fujita, H. Chen, C. Jin, O. Terasaki & S. Che (2020). IUCrJ 7, 228-237. 
A unique insight into the defect structures of bicontinuous mesophases in liquid crystals and hybrid materials. A. Garcia-Bennett (2020). IUCrJ 7, 146-147. 
Polymorph evolution during crystal growth studied by 3D electron diffraction. E. T. Broadhurst, H. Xu, M. T. B. Clabbers, M. Lightowler, F. Nudelman, X. Zou & S. Parsons (2020). IUCrJ 7, 5-9. 
Automated serial rotation electron diffraction combined with cluster analysis: an efficient multi-crystal workflow for structure determination. B. Wang, X. Zou & S. Smeets (2019). IUCrJ 6, 854-867. 
Electron crystallography. A. J. Blake, M. de Boissieu & A. Nangia (2019). IUCrJ 6, 786-787. 
Three-beam convergent-beam electron diffraction for measuring crystallographic phases. Y. Guo, P. N. H. Nakashima & J. Etheridge (2018). IUCrJ 5, 753-764. 
Electron crystallography with the EIGER detector. G. Tinti, E. Fröjdh, E. van Genderen, T. Gruene, B. Schmitt, D. A. de Winter, B. M. Weckhuysen & J. P. Abrahams (2018). IUCrJ 5, 190-199. 
Advanced electron crystallography through model-based imaging. S. Van Aert, A. De Backer, G. T. Martinez, A. J. den Dekker, D. Van Dyck, S. Bals & G. Van Tendeloo (2016). IUCrJ 3, 71-83. 
Solving difficult structures with electron diffraction. J. M. Zuo & J. L. Rouviére (2015). IUCrJ 2, 7-8. 
Precession electron diffraction - a topical review. P. A. Midgley & A. S. Eggeman (2015). IUCrJ 2, 126-136. 

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