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Joined October 2021
New publication alert! nottingham.ac.uk/news/nanosc… Our latest research investigates turning CO2 into formate using tin on naotextured carbon fibres, leading to performance improvements over time: doi.org/10.1021/acsaem.4c028…
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MASI's latest exciting publication has been covered in Chemistry World!
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MASI Programme Grant retweeted
During an ammonia cracking reaction, a ruthenium catalyst undergoes structural changes that, thanks to scanning transmission electron microscopy, we now understand. chemistryworld.com/news/elec…
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Scientists from @ChemistryUoN @UoNnmRC have created a catalyst for hydrogen generation from ammonia that becomes more active with time, and by counting atoms revealed changes that boost the catalyst’s performance Full story here: ow.ly/r2la50UCq4Z
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MASI researchers have created a catalyst for hydrogen generation from ammonia that becomes more active with time: nottingham.ac.uk/news/scient…
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MASI Programme Grant retweeted
Nanoscale morphological changes are monitored and directly linked with the selectivity of the CO2 electroreduction reaction @MASI_research @CDTSusChem nature.com/articles/s42004-0…
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Our latest publication on electrocatalytic reduction of CO2 to produce formate is now out in @CommsChem, featuring work from @CDTSusChem @ChemistryUoN @UoNnmRC @A_Khlobystov @unibirmingham : doi.org/10.1038/s42004-024-0…
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Great piece on research from @ChemistryUoN @UoNnmRC ⬇️
#Metal waste can make #hydrogen: @UniofNottingham UK, scientists have turned metal #waste into a catalyst to make hydrogen from #water. See full article here: bit.ly/3VKfOdn
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MASI Programme Grant retweeted
A team of researchers from @ChemistryUoN and Faculty of Engineering have found a way to transform metal waste into an effective catalyst to make hydrogen from water – a discovery that could make hydrogen production more sustainable. bit.ly/44dUIqt
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MASI Programme Grant retweeted
Researchers have transformed #CO2 into methanol by shining sunlight on single atoms of #copper deposited on a light-activated material. It paves the way for creating new #greenfuels. ow.ly/O07p50Rn3LJ #UniversityofNottingham #UniversityofBirmingham #UniversityofQueensland
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Waste metal swarf has nanotextured surface! Ideal for fixing electrocatalytic centres for hydrogen production from water. Well done to team @MASI_research @ChemistryUoN big thanks to @EPSRC @UoNnmRC pubs.rsc.org/en/content/arti…
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MASI Programme Grant retweeted
How do you turn trash into treasure? Using magnetron sputtering of course! Check out this work from @MASI_research featuring SEM, EDS and XPS from the nmRC! nottingham.ac.uk/news/trash-…
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Trash to treasure– researchers turn metal waste into catalyst for H2 MASI researchers have pioneered a circular economy approach to producing green hydrogen from metal waste. Read more here nottingham.ac.uk/news/trash-… @ChemistryUoN @UoNnmRC @UoNPressOffice @UoNScience @UoNresearch
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Today is the last day you can register to vote in the mayoral election, which is due to take place on Thursday 2 May. As a student you can register to vote at both your home and term-time addresses. By voting you can make a real difference. ow.ly/P3TE50RgUcG
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Did you know that as a student you can register to vote at both your home and term-time addresses? Make sure you register to vote in the upcoming mayoral elections by Tuesday 16 April. Read more: ow.ly/6YgJ50Rf16k
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📢Dr Luke Norman (@lukethechemist) is a Knowledge Exchange Fellow @UoNnmRC. He initiated the public engagement programme "Under the Microscope" and also led the Coronation Coin project, producing @UniofNottingham's official coronation gift to King Charles III. 1/2
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MASI Programme Grant retweeted
Researchers from Nottingham’s @ChemistryUoN, @Unibirmingham, @UQ_News and @uni_ulm have successfully transformed CO2 into methanol which is a discovery that could pave the way for creating new green fuels. ➡️ ow.ly/gWY750R41sv
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