BJ Inkson (@prof_bjinkson) 's Twitter Profile
BJ Inkson

@prof_bjinkson

Prof of Nanomaterials @sheffnanolab @SheffUniEng; Battery Research @FaradayInst; Microscopist @RoyalMicroSoc; Orienteer @SYOrienteers.

ID: 842783376117522432

calendar_today17-03-2017 17:03:09

283 Tweet

253 Followers

110 Following

BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

Making crumpets for the first time ever on bank holiday. Sadly lacking the correct tools, so now have gingerbread women and saucepan crumpets. 😋Taste fab with Visit #OurCowMolly 11am - 5pm Wed, Fri, Sat & Sun butter though 🐮

Making crumpets for the first time ever on bank holiday. Sadly lacking the correct tools, so now have gingerbread women and saucepan crumpets. 😋Taste fab with <a href="/OurCowMolly/">Visit #OurCowMolly 11am - 5pm Wed, Fri, Sat & Sun</a> butter though 🐮
BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

Today I raise a glass of thanks to those we remember #VEday75. 👏👏And have just realised I am a VEday grand-child. 🍷🍷

Today I raise a glass of thanks to those we remember  #VEday75. 👏👏And have just realised I am a VEday grand-child. 🍷🍷
BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

PhD available in Battery Technology! 🚗🔋🔬EPSRC CASE studentship £18k p.a. working on Advanced solid state batteries with Johnson Matthey global leader in sustainable technologies, Sheffield NanoLAB and Functional Ceramics Materials at TUoS Faraday Institution findaphd.com/phds/project/d…

BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

Delighted to thank The Royal Microscopical Society for their Scientific Achievement award RMS rms.org.uk/study-read/new… and all the fabulous scientists young&old Sheffield NanoLAB Materials at TUoS Oxford Materials who I have had the pleasure to work with on my journey so far!

BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

Congratulations to Laura Wheatcroft on her first big Journal Paper - imaging the chemical and structural degradation of battery electrodes using Helium Ion Microscopy Sheffield NanoLAB Materials at TUoS Energy Storage CDT pubs.acs.org/doi/10.1021/ac…

BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

Very many congratulations Laura Wheatcroft for passing your PhD viva with minor corrections 👩‍🎓💥 Sheffield NanoLAB Materials at TUoS @FI_Futurecat You have been a fabulous student 🏅on our Johnson Matthey project

BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

The Nanotechnology for Electric Vehicles Conference : Nano4EVs 2.0 Call for Papers is now open. Submit your abstract for a 20min presentation by 1st February 2021. Abstracts from early career authors are encouraged. The Institute of Materials, Minerals & Mining @FI_Futurecat Faraday Institution iom3.org/events-awards/…

The Nanotechnology for Electric Vehicles Conference : Nano4EVs 2.0 Call for Papers is now open.

Submit your abstract for a 20min presentation by 1st February 2021. Abstracts from early career authors are encouraged. <a href="/iom3/">The Institute of Materials, Minerals & Mining</a> @FI_Futurecat <a href="/FaradayInst/">Faraday Institution</a> 

iom3.org/events-awards/…
BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

Well done Maria and Idris ! @SSoA_news Materials at TUoS Working to make a difference at @HBInfants ‘Green barriers’ for air pollutant capture: Leaf micromorphology as a ... sciencedirect.com/science/articl…

Chemistry Europe (@chemeurope) 's Twitter Profile Photo

#BattSupercaps Mechanical Properties of Cycled Single Crystal LiNi0.8Mn0.1Co0.1O2 (NMC811) Particles (Beverley J. Inkson and co-workers) #openaccess 🔓 onlinelibrary.wiley.com/doi/10.1002/ba…

BJ Inkson (@prof_bjinkson) 's Twitter Profile Photo

New paper in #BattSupercaps @chemeurope testing the strength of microceramic particles that hold Li-ions inside batteries. Particles start small and mighty, but become weak with fast-charging regimes. Faraday Institution @FI_Futurecat EngineeringSheffield Link doi.org/10.1002/batt.2…

New paper in #BattSupercaps @chemeurope testing the strength of microceramic particles that hold Li-ions inside batteries. Particles start small and mighty, but become weak with fast-charging regimes.
<a href="/FaradayInst/">Faraday Institution</a> @FI_Futurecat <a href="/SheffUniEng/">EngineeringSheffield</a> Link doi.org/10.1002/batt.2…