PeterBruceGroupOxford (@brucegroupox) 's Twitter Profile
PeterBruceGroupOxford

@brucegroupox

The research group of Prof Peter Bruce in Materials @ Oxford. Research in energy storage: materials science, chemistry and electrochemistry Student/staff tweets

ID: 1407710027327094784

linkhttps://pgbgroup.web.ox.ac.uk/ calendar_today23-06-2021 14:43:27

152 Tweet

1,1K Followers

307 Following

PeterBruceGroupOxford (@brucegroupox) 's Twitter Profile Photo

Congratulations to Sir Peter on being elected a member of the Leopoldina, German National Academy of Sciences. Election to membership of the Leopoldina is considered to be the highest academic honour awarded by an institution in Germany. leopoldina.org/en/leopoldina-… Oxford Materials

PeterBruceGroupOxford (@brucegroupox) 's Twitter Profile Photo

Last week we published two new papers on O2 in Li-ion cathodes. pubs.rsc.org/en/content/art… and nature.com/articles/s4156… Great work from the team and our collaborators!

Cell Press (@cellpressnews) 's Twitter Profile Photo

Looking forward to hearing PeterBruceGroupOxford deliver his presentation "Solid state batteries, a challenge of interfaces" Cell Symposia #CSElectricvehicles24. Submit your abstract before Friday for a chance to join him hubs.li/Q02mvZpK0

Looking forward to hearing <a href="/brucegroupox/">PeterBruceGroupOxford</a> deliver his presentation "Solid state batteries, a challenge of interfaces" <a href="/CellSymposia/">Cell Symposia</a> #CSElectricvehicles24. Submit your abstract before Friday for a chance to join him hubs.li/Q02mvZpK0
Nature Materials (@naturematerials) 's Twitter Profile Photo

Oxygen redox cathodes deliver higher energy densities than transition metal redox cathodes but exhibit voltage fade on cycling. Voltage fade is shown to arise from a reduction in O2−/O2 redox process reversibility and O2 loss. Robert House PeterBruceGroupOxford go.nature.com/3wPiz32

BATTERY 2030 + (@2030battery) 's Twitter Profile Photo

📢Let us present one of our guest speakers Peter Bruce PeterBruceGroupOxford who is presenting "#Lithium -rich layered and disordered rocksalt #cathodes the role of oxygen #redox" at our annual conference 🔋🧂💡 Read more here, meetbattery2030.eu/programme/

📢Let us present one of our guest speakers Peter Bruce <a href="/brucegroupox/">PeterBruceGroupOxford</a> who is presenting "#Lithium -rich layered and disordered rocksalt #cathodes the role of oxygen #redox" at our annual conference 🔋🧂💡
 
Read more here, meetbattery2030.eu/programme/
Oxford Materials (@oxfordmaterials) 's Twitter Profile Photo

We are very excited about this special session! Ollie Thomas of this department will be a member the panel, discussing these important and topical themes - 2pm, Monday 13 May (YouTube and LinkedIn) - details below. #MentalHealthAwarenessWeek #MHAW24 MPLSOxford

PeterBruceGroupOxford (@brucegroupox) 's Twitter Profile Photo

DPhil student Mengjiang Lin talks about how her research is helping to improve energy storage materials and her experience as an EPSRC ICASE student. @12313_472146701 Oxford Materials Oxford Instruments UK Research and Innovation ukri.org/blog/supportin…

PeterBruceGroupOxford (@brucegroupox) 's Twitter Profile Photo

Many congratulations to Sir Peter on receiving an honorary DSc from his alma mater, in recognition of his “Visionary work and leadership in battery technology and sustainable energy.” abdn.ac.uk/news/23283/ Oxford Materials Oxford Chemistry Faraday Institution

Solid State Ionics (@ssionics24) 's Twitter Profile Photo

Peter Bruce PeterBruceGroupOxford is talking about how to achieve critical current density of 10mAcm-2 in ceramic electrolyte solid state battery at the fourth day of Solid State Ionics Conference #SSI24 🔗See the full conference program here: nanoge.org/SSI24/home

Peter Bruce <a href="/brucegroupox/">PeterBruceGroupOxford</a> is talking about how to achieve critical current density of 10mAcm-2 in ceramic electrolyte solid state battery at the fourth day of Solid State Ionics Conference #SSI24

🔗See the full conference program here:     nanoge.org/SSI24/home
PRX Energy (@prx_energy) 's Twitter Profile Photo

In Joule, Bingkun Hu, James Marrow (James Marrow), Peter Bruce (PeterBruceGroupOxford), and colleagues reduced lithium dendrite cracks in solid electrolytes — which cause solid-state batteries to fail — by deflecting them at layer interfaces. cell.com/joule/fulltext…

EIT Oxford (@eitoxford) 's Twitter Profile Photo

Time is ticking! 📷 Less than two weeks remain to apply for the graduate Ellison Scholars Programme - deadline is September 30th! Don’t wait - get started on your application today - eit.org/ellisonscholar… Scholars receive a full scholarship to the University of Oxford while

Time is ticking! 📷 Less than two weeks remain to apply for the graduate Ellison Scholars Programme - deadline is September 30th!

Don’t wait - get started on your application today - eit.org/ellisonscholar… 

Scholars receive a full scholarship to the <a href="/UniofOxford/">University of Oxford</a>  while
Faraday Institution (@faradayinst) 's Twitter Profile Photo

Great work by Diamond Light Source, University of Oxford & our CATMAT-Faraday Institution Cathodes Project project on uncovering the cause of voltage fade in lithium-rich battery cathodes. Important insights for next-gen battery chemistry! Read more: lnkd.in/eG6TGh68 #BatteryTech #EnergyStorage

PeterBruceGroupOxford (@brucegroupox) 's Twitter Profile Photo

Group members have been at ESRF BM28-XMaS beamline carrying out XANES and EXAFS measurements on cathode materials for next-generation batteries. Big thanks to the supportive beamline scientists. XMaS Beamline European Synchrotron

Group members have been at ESRF BM28-XMaS beamline carrying out XANES and EXAFS measurements on cathode materials for next-generation batteries. Big thanks to the supportive beamline scientists. <a href="/XMaSBeam/">XMaS Beamline</a> <a href="/esrfsynchrotron/">European Synchrotron</a>