Student run twitter page for the Monroe Research Group, Oxford Engineering Science.
Joined May 2020
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- Followers626
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Prof. @venkvis will be giving a seminar on Friday: The Challenges and Opportunities of Battery-Powered Flight
Hosted by Prof. Monroe & Prof. Pasta @pastagroup @oxengsci @OxfordMaterials
Monroe Research Group retweeted
Six Engineering academics were granted the full Professorial title in Oxford's Recognition of Distinction Awards for their contributions to leadership, teaching and research. Congratulations to Profs Monroe, Armour, Adcock, Castrejon-Pita, Hawes and Morris eng.ox.ac.uk/news/recognitio…
ALT Clockwise from top left: Professors Monroe, Armour, Adcock, Castrejon-Pita, Hawes and Morris
Monroe Research Group retweeted
Congratulations to our @SPC_Oxford Fellows Thomas Adcock (@ThomasAAAdcock), Marc Macias-Fauria (@m_maciasfauria) and Charles Monroe (@MonroeResearch), who have been awarded full professorships at the University of Oxford! #AcademicExcellence spc.ox.ac.uk/news/three-st-p…
Monroe Research Group retweeted
Our article is now accepted and available open access!
"Review of parameterisation and a novel database (LiionDB) for continuum Li-ion battery models"
iopscience.iop.org/article/1…
#battchat #batterytwitter
🔋📢 Introducing 🌐LiionDB.com, a database of 1000+ parameters for Li-ion battery modeling!
Released with our review preprint: arxiv.org/abs/2110.09879
@FaradayInst @batterymodel @brosaplanella @JPLeHoux @bout_kieran @jacqlynedge @camsooper @DavidHowey @Emjewls
Looking forward to hearing from Prof. Martin Bazant from @MITChemE, in the PTCL main lecture theatre Tuesday 2-3pm @OxfordChemistry
Congratulations to @_GuanchenLi on the academic appointment!!!
Excited for you to continue blazing your trail up in @UofGlasgow @UofGEnergy 🎓☄️
Warmly welcome👏👏👏 to our newly appointed Lecturer @_GuanchenLi, who specialised in irreversible thermodynamics and continuum modelling of batteries. Prior to his post @UofGEnergy,@UofGlasgow, he was a researcher @UniofOxford,@FaradayInst,@SolbatF,@batterymodel @MonroeResearch.
Monroe Research Group retweeted
📢 Really excited that the Early Career Researcher Day of #Faraday2021 is underway. 16 talks in 4 themed sessions from some of the rising stars of the @FaradayInst community. 50 posters & plenty of opportunity for online networking on Slack. See @FaradayInst researchers there🔋
Postdoc position with @oxengsci, @SolbatF & @FaradayInst:
"Continuum battery modelling relevant to characterisation, performance diagnostics, and technoeconomics of electrolytes for all-solid-state lithium batteries"
my.corehr.com/pls/uoxrecruit…
Alex's work on a "Consolidated theory of fluid thermodiffusion" is now on @arxiv!
See how Soret and Dufour effects are accounted for within the OSM framework:
arxiv.org/abs/2109.05082
Monroe Research Group retweeted
The @FaradayInst researcher community has contributed over 250 publications to the scientific literature. Almost half have international #collaboration spanning 176 institutions. Find out more about our #research here: faraday.ac.uk/research/resea…
Preprint on thermal modelling for large-format LFP pouch cells by Jie Lin, @howienchu, & @DavidHowey:
See how adding microscopic intercalation processes can account for the distinctive heat signatures in these batteries!
arxiv.org/abs/2109.12903
Monroe Research Group retweeted
Solid-state batteries hold much promise as we reach the limits of Li-ion. But what are the challenges impeding the development of #SSBs? What advances are needed to understand the underlying science? The 2020 roadmap on SSBs points the way 🔋🔓➡️doi.org/10.1088/2515-7655/ab…
See how accessible hardware+software can be combined to deconvolute competing failure modes encountered in flow-battery research!
Read about @kirksmith314's work on flow batteries now:
frontiersin.org/articles/10.…
#battchat #batterytwitter
Monroe Research Group retweeted
Lovely reading this @Joule_CP preview on our work with @anna_gunnars @GreyGroupCam & @JackWFawdon @pastagroup!
Also lovely officially becoming another one of the gazillion Wang et als
cell.com/joule/fulltext/S254…
Monroe Research Group retweeted
Impressive achievement from the @batterymodel project! 👏 #Battery modelling allows advanced #batteries to be designed without the costs of creating numerous prototypes 🔋
🔋📢 Introducing 🌐LiionDB.com, a database of 1000+ parameters for Li-ion battery modeling!
Released with our review preprint: arxiv.org/abs/2110.09879
@FaradayInst @batterymodel @brosaplanella @JPLeHoux @bout_kieran @jacqlynedge @camsooper @DavidHowey @Emjewls
We're at the 240th ECS meeting!
* Strategy for Measuring Thermodynamic Factors in Lithium Electrolytes with Two Neutral Solvents by Taeho Jung
* Validating Concentrated Lithium-Ion Electrolyte Transport Models with in-Situ MRI by Andrew Wang
⤵️⤵️⤵️
ecs.confex.com/ecs/240/meeti…
Today is the last day of the 240th ECS Meeting, but don’t worry. ALL MEETING CONTENT IS AVAILABLE THROUGH NOVEMBER 7—and it’s still free to register to catch the last great sessions and events! Register now!
electrochem.org/240/registra…
#ECS240Meeting #TheElectrochemicalSociety
Spectacular seminar today from @dasgroupta on solid state & Li metal
UK tour continues today at the beautiful campus of @UniofOxford! It was a treat to give the @SolbatF seminar, and learn about all of the amazing research going on in @pastagroup and @MonroeResearch. Snapped a quick photo with Profs. Mauro Pasta and Charles Monroe @OxfordMaterials
Huge congratulations to Dr.@Howienchu who just passed his DPhil Viva on coupled electrochemical/thermal/mechanical phenomena in large-format lithium-ion batteries!!!
We're at ISE this week both virtually & in person! annual72.ise-online.org
Taeho: Thermodynamic factors for nonelectroneutral electrolytes
Andrew: Preferential electrolyte co-solvation
Guanchen: Li transport near electrode interface and ionic liquid electrolytes
Monroe Research Group retweeted
Potentiometric MRI of a Superconcentrated Lithium Electrolyte: Testing the Irreversible Thermodynamics Approach, an #OA Letter by Andrew A. Wang, Anna B. Gunnarsdóttir, Jack Fawdon, Mauro Pasta, Clare P. Grey, Charles W. Monroe pubs.acs.org/doi/10.1021/acs…
