Pages tagged with: electron-microscopy
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![<p>Hero Image Cuttlefish</p>]()
Imaging Matters
The monthly seminar series of Plymouth Electron Microscopy Centre
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![<p>SEI 5kV WD9mm SS30 x1,000 10µm</p>]()
Plymouth Electron Microscopy Centre (PEMC)
Find out about Plymouth Electron Microscopy Centre at the University of Plymouth and the work we do.
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![Plymouth Electron Microscopy Centre]()
Teaching and training
Courses on biological electron microscopy at Plymouth University
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![Plymouth Electron Microscopy Centre]()
Internal teaching and training
Teaching and training offered by Plymouth Electron Microscopy Centre (PEMC)
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![<p>Samples prepped for EM </p>]()
PEMC sample preparation
PEMC also offers related sample preparation equipment and techniques regarding SEM and TEM investigations
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![<p>Industrial solutions event #1</p>]()
Plymouth Electron Microscopy Centre events
Information on events and conferences hosted by the team at Plymouth Electron Microscopy Centre (PEMC) at the University of Plymouth.
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![<p>Jarosite CL image</p>]()
Cathodoluminescence
University of Plymout Electron Microscopy Centre: Cathodoluminescence (CL) can be used to detect luminescence.
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![Plymouth Electron Microscopy Centre]()
Working with industry
University of Plymouth: Find out how the Plymouth Electron Microscopy Centre works with industry – from consultancy to free use of the facilities
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![<p>EBSD of metasomatised mantle rock</p>]()
Plymouth Materials Characterisation Network
Following the success of PMCP, the Plymouth Electron Microscopy Centre at University of Plymouth launches the Plymouth Materials Characterisation Network (PMCN), for free or discounted use of our facilities for business.
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![<p>
EDS
(energy dispersive spectrometry) - PEMC</p>]()
Energy Dispersive Spectroscopy (EDS)
EDS can be used to determine chemical composition and show elemental dispersion.
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![<p>A variety of images from the JEOL 7001F SEM within PEMC. The top images (black and white) are backscattered electron images, showing atomic contrast in the Winchcombe meteorite; bright areas are metal-rich, containing nickel, iron, or chromium, whereas darker areas are mineral-rich. The bottom, coloured images are combined X-ray element maps of the same regions, showing chemical composition of the mineral and metal grains. These maps show the variety of different textures, size and composition of grains within the Winchcombe meteorite<br></p>]()
University scientists help to unlock hidden secrets of UK meteorite
Dr Natasha Stephen and colleagues in the University of Plymouth’s Electron Microscopy Centre have been trying to determine the Winchcombe meteorite's mineralogy and chemistry to better understand how the solar system formed
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![<p>Davy. Stretched fabric</p>]()
Industrial Case Studies
University of Plymouth's Electron Microscopy Centre. Case studies showcasing collaborative work with industry.
