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Jenny Kwok blogged : ""Did God make the Planets?" - by Dr Saralyn Mark, MD, Solamed" on Mon Mar 05 2012

Press Association blogged : "Radar used to detect breast cancer" on Thu Feb 16 2012

Press Association blogged : "Firm trials small-scale GTL system" on Thu Feb 16 2012

Press Association blogged : "New bin can reduce bomb danger" on Thu Feb 16 2012

Press Association blogged : "New means to monitor ovarian cancer" on Wed Feb 15 2012

Press Association blogged : "£5m environmental technology hub" on Wed Feb 15 2012

Press Association blogged : "Government recognises top medics" on Wed Feb 15 2012

Press Association blogged : "North East team revamps the cheque" on Tue Feb 14 2012

Press Association blogged : "MRI 'can help improve batteries'" on Tue Feb 14 2012

Press Association blogged : "Stem cells in heart attack care" on Tue Feb 14 2012

Press Association blogged : "BAE develops lighter battery pack" on Mon Feb 13 2012

Press Association blogged : "Wave energy scheme given £6m boost" on Mon Feb 13 2012

Press Association blogged : "Robo-soldier to help out troops" on Fri Feb 10 2012

Press Association blogged : "New green technology centre to open" on Fri Feb 10 2012

Press Association blogged : "Nano-breakthrough for transformers" on Fri Feb 10 2012

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Blog articles

MRI 'can help improve batteries'

Feb 14

Written by:
14/02/2012 12:45  RssIcon

Battery performance could be improved by using magnetic resonance imaging (MRI), a study has found.

Battery performance could be improved by using magnetic resonance imaging (MRI), a study has found.

Researchers from Cambridge University, Stony Brook University in New York and New York University said they used MRI to study the inner workings of batteries without causing them damage, which could also help them identify ways of increasing safety.

While MRI is commonly used to see inside the human body, the technique usually does not work when a large amount of metal is present, as the conducting surfaces tend to disrupt the necessary radio-frequency fields.

However, the scientists found a way to carry out very sensitive measurements on the conductor surfaces of the batteries. This enabled them to visualise the build-up of lithium metal deposits on lithium-ion battery electrodes directly after charging.

These deposits can lead to battery failure, fire or explosions if they become detached from the surface.

The findings of the study were published in the journal Nature Materials.

Copyright Press Association 2012

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