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Introduction

Three-­dimensional electron diffraction (3DED) is a powerful method for structure determination of nano and submicron sized crystals. It overcomes the fundamental drawback of single crystal X­-ray diffraction, where large crystals are indispensable. More and more studies in the fields of porous materials, such as metal­organic frameworks, covalent organic frameworks, and zeolites, have been using 3DED to determine the structures.

Here, we offer a free ED course where you can learn more details about how to collect, process and use 3DED data for structure elucidation. As a fast and reliable technique, we believe 3DED will become a widespread characterization method for developing new materials, understanding structure–property relationships and exploring new applications.

There is envisaged to be around 2 hours of lectures per day, with plenty of additional time for practice, and questions for the organisers. A preliminary schedule may be found below.

Day 1. Introduction and theoretical background of electron diffraction. Day 2. 3DED data collection and 3DED data processing. Day 3. Structure solution and refinement using 3DED data. Day 4. Discussion about common difficulties in treating 3DED data.

A more in-depth program will be available shortly at https://www.mmk.su.se/3ded-course/welcome

 

Deadlines

• Apr 02 2021
  Standard registration deadline

  

Useful links

Speakers

• Professor Xiaodong Zou Stockholm University, Sweden
• Dr. Zhehao Huang Stockholm University, Sweden
• Dr. Tom Willhammar Stockholm University, Sweden
• Dr. Hongyi Xu Stockholm University, Sweden

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Venue

United Kingdom

Committee

• Dr. Thomas Bennett University of Cambridge, United Kingdom
• Dr. Jamie Gould Newcastle University, United Kingdom
• Prof. Ross Forgan University of Glasgow, United Kingdom
• Dr. Andrea Layourn Nottingham University, United Kingdom
• Dr. Zhehao Huang Stockholm University, United Kingdom

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Organised by

RSC Porous Materials Interest Group

Contact information

Dr. Zhehao Huang
Stockholm University
Contact us by email

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