Research Fellow in Transmission Electron Microscopy
- Employer
- Global Academy Jobs
- Location
- United Kingdom
- Salary
- £33,797 to £40,322 p.a.
- Closing date
- Dec 3, 2020
View more
- Sector
- Science, Physical Sciences and Engineering, Physics, Chemistry, Chemical Engineering
- Hours
- Full Time
- Organization Type
- University and College
- Jobseeker Type
- Academic (e.g. 'Lecturer')
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Job Details
Are you an experienced and ambitious researcher looking for your next challenge?
Do you have a background in transmission electron microscopy?
Do you want to further your career in one of the UK's leading research intensive Universities?
Crystallisation is a fascinating process that lies at the heart of processes as varied as the production of ceramics, pharmaceuticals, fine chemicals, nanomaterials and biominerals. Equally important is the prevention of unwanted crystallisation in the form of weathering, scale or kidney stones. Only by understanding how materials crystallise can we hope to control these processes. However, despite the importance of crystallisation, we still have a poor understanding of many of the mechanisms that underlie this fundamental phenomenon.
Your work will address this challenge. The project is part of a new EPSRC Programme Grant 'Crystallisation in the Real World: Delivering Control through Theory and Experiment' where this large collaborative research programme includes three experimental groups and five modelling groups from Leeds (both Chemical Engineering and Chemistry), UCL, Sheffield and Warwick Universities.
The experimental programme brings to the fore such frontier analytical techniques as liquid-phase transmission electron microscopy (TEM), cryo-TEM and functional scanning probe microscopies, that will allow us to study the changes in solid and solution during crystallisation as never before. This will be coupled with recent advances in modelling to perform simulations of nucleation and growth processes on comparable time- and length-scales, providing a unique opportunity to fully understand crystal nucleation and growth at the nanoscale.
You will have a PhD (or close to completion) in a physical science subject involving dedicated use of electron microscopy for the study of nanoparticles and their interaction with liquids. You will also have considerable research experience of advanced transmission electron microscopy (TEM) techniques: conventional (CTEM) and scanning TEM (STEM) as well aberration-corrected STEM, electron diffraction and lattice imaging, energy-dispersive X-ray spectroscopy, electron energy loss spectroscopy; and experience of scanning electron microscopy.
To explore the post further or for any queries you may have, please contact:
Professor R Drummond - Brydson School of Chemical and Process Engineering
Tel: +44 (0) 113 34 32369 or email: r.m.drummond-brydson@leeds.ac.uk
Do you have a background in transmission electron microscopy?
Do you want to further your career in one of the UK's leading research intensive Universities?
Crystallisation is a fascinating process that lies at the heart of processes as varied as the production of ceramics, pharmaceuticals, fine chemicals, nanomaterials and biominerals. Equally important is the prevention of unwanted crystallisation in the form of weathering, scale or kidney stones. Only by understanding how materials crystallise can we hope to control these processes. However, despite the importance of crystallisation, we still have a poor understanding of many of the mechanisms that underlie this fundamental phenomenon.
Your work will address this challenge. The project is part of a new EPSRC Programme Grant 'Crystallisation in the Real World: Delivering Control through Theory and Experiment' where this large collaborative research programme includes three experimental groups and five modelling groups from Leeds (both Chemical Engineering and Chemistry), UCL, Sheffield and Warwick Universities.
The experimental programme brings to the fore such frontier analytical techniques as liquid-phase transmission electron microscopy (TEM), cryo-TEM and functional scanning probe microscopies, that will allow us to study the changes in solid and solution during crystallisation as never before. This will be coupled with recent advances in modelling to perform simulations of nucleation and growth processes on comparable time- and length-scales, providing a unique opportunity to fully understand crystal nucleation and growth at the nanoscale.
You will have a PhD (or close to completion) in a physical science subject involving dedicated use of electron microscopy for the study of nanoparticles and their interaction with liquids. You will also have considerable research experience of advanced transmission electron microscopy (TEM) techniques: conventional (CTEM) and scanning TEM (STEM) as well aberration-corrected STEM, electron diffraction and lattice imaging, energy-dispersive X-ray spectroscopy, electron energy loss spectroscopy; and experience of scanning electron microscopy.
To explore the post further or for any queries you may have, please contact:
Professor R Drummond - Brydson School of Chemical and Process Engineering
Tel: +44 (0) 113 34 32369 or email: r.m.drummond-brydson@leeds.ac.uk
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