Webinar: In-situ EBSD Phase Transformation and Recrystallisation.

Webinar starts 16:00 GMT, 17:00 CET, 10:00AM EST, United Kingdom
19 March 2014
Businesses Attending:

EBSD WebinarAbstract
The development of fast acquisition EBSD systems, coupled with heating stages which can fit inside the SEM, has advanced the interest in in-situ experimentation.  Phenomena, such as phase transformations and recrystallisation, may now be observed directly in real-time and with high spatial resolution. These processes can then be linked to the underlying microstructure, yielding a detailed insight into how materials behave in different environments.

In this presentation the requirements and configuration for in-situ EBSD experiments will be discussed:

  • The results from in-situ EBSD heating experiments will be presented.
    • This will include a study of the transformation of austenite to ferrite in plain carbon steel and the recrystallisation in a bronze alloy strip cast on a steel substrate.
    • The microstructural changes observed during these experiments will be shown using EBSD maps, grains size and illustrating the crystallographic texture that evolves during:
    1. a heating cycle from ferrite to austenite and cooling to ferrite 
    2. the recrystallisation microstructure for bronze and steel during isochronal heating.

What attendees will gain: 

  • An overview of this growing application for materials characterisation
  • An understanding of the benefits of in-situ EBSD analysis
  • An in-depth appreciation of the in-situ EBSD challenges
  • The ability to ask experts in this field questions during the talk

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Dr. Jenny Goulden, Oxford Instruments

Jenny Goulden, Oxford InstrumentsJenny Goulden is the EBSD Business Manager for Oxford Instruments in High Wycombe, UK.



Dr. Neil Othen, Gatan UK

Neil Othen, Gatan UKNeil Othen studied Material Science at Manchester University and did his doctorate at Cardiff University. He is the Gatan UK product manager for SEM stages and coordinates a range cooling, heating and tensile stages.



Dr. Ali Gholinia, Manchester University

Ali Gholina, University of ManchesterAli Gholina has held several research scientist positions on severe deformation processing and characterisation in metals. He presently holds a Research Fellowship position at the University of Manchester School of Materials:  his research interests include developing Focused Ion Beam (FIB) and EBSD techniques.



Register for the webinar


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