Rui Qi

PDRA in Battery Materials @Oxfordmaterials. Sharing things I am experiencing and learning.

[Rui Qi @Ruiqi001]

📢 NEW UNIQ+ summer internship opportunity for UK undergraduates. If you are interested in postgraduate study and battery materials, take part in a 7 weeks, full-time, paid intership, hosted by @brucegroupox in @OxfordMaterials. Apply by 18 February.

https://t.co/7z6RMPVG9S

[Mikkel Juelsholt @MJuelsholt]

Delighted to share another work from my time with @brucegroupox out now in EES
We look at how multi-length scale disorder shapes Li-ion transport in lithium argyrodites!
Fun combination of x-rays @DiamondLightSou and neutrons @ILLGrenoble !
https://t.co/0KYfmeT1mY

[Rui Qi @Ruiqi001]

@KangXu_Echem 第一个给人的感觉更厚重扎实，已经期待购入了，可以给推友搞个抽奖赠书的活动吗😂

[Rui Qi @Ruiqi001]

@KangXu_Echem @Snofy8 喜欢看许康老师在各个领域的comment 哈哈哈

[Bingwen HU @bingwen_hu]

New paper from our group: EPR+NMR+Magnetic Property
--
Coupling of Oxygen Dimer and Trapped O2 with Strong Magnetic Frustration in Layered Li-rich Cathodes | ACS Energy Letters https://t.co/EDMcRUMnVO

[Rui Qi @Ruiqi001]

@SaiZhou_ Congrats! 🎉

[Oxford Chemistry @OxfordChemistry]

@OxfordChemistry, @UniofOxford, and GoldenKeys High-Tech Materials Co. Ltd. are pleased to announce the XuPHOS Oxford Fund, which will provide over £1 million to support a minimum of eight DPhil studentships in the coming decade.

Read more: https://t.co/xUqaWS90ni

[Rui Qi @Ruiqi001]

@reckless_ions @UCLChemistry @ElsevierConnect Big congrats! 🎊

[Robert Weatherup @Rob_erando]

Full credit to all my group members past and present for their fantastic work, as well as our many excellent collaborators. Also a big thank you to my family for support throughout and tolerating many beamtime trips along the way.

[Yan Wang @YanWang91]

We are looking for PDRAs working on electronic devices based on 2D TMDs. #postdoc #2D #Devices #Cambridge https://t.co/c3aMgEAyDU

[Rui Qi @Ruiqi001]

@DrLeeJohnson @darren_walsh @DrGrahamNewton @brucegroupox @ChemistryUoN @UoNEnergy Many Congrats! 🎊

[XMaS Beamline @XMaSBeam]

Understanding aqueous electrolytes and #cathodes for rechargeable zinc-ion #batteries 🔋using XAS at XMaS/BM28:

↘️ EXAFS tells us the way Zn is dissolved in the electrolyte.
↘️XANES lets us see the cathode transition metal valence to see it stores charge.

#newXMaSusers

[ZERO Institute @ZERO_Oxford]

We are delighted to welcome Prof. Rob House as new Associate Professor to the ZERO Institute. Rob joins from @OxfordMaterials and will build on #Battery and #EnergyMaterials supporting the #ZeroCarbonEnergy transition

[Guanjie He @GuanjieHe]

We have designed the fast charging Zn-I2 battery under extreme conditions, published in @J_A_C_S .
https://t.co/QlAL51KcoR

[Zhigang Suo @zhigangsuo]

“I am very interested in starting a research group/centre that carries out world-leading research and technology transfer that benefits all people in the world,” Lieber wrote. https://t.co/e8W87pKXJc

[Bingwen HU @bingwen_hu]

Revisiting Li-CO2/O2 battery chemistry through the spatial distributions of discharge products and their oxidation behaviors... https://t.co/0HfIiyfkGX

[Prof Saiful Islam @SaifulChemistry]

Looking forward to the @FaradayInst Conference #Faraday2024. Invited speakers incl @KPatBerkeley @titiricigroup @jad5888 @GreyGroupCam.

Also talks from FI projects @CATMAT_FI @ReLIBProject @NaNexgen @batterymodel @ListarFi
Info https://t.co/uaoJYQUmj0

[Anqi Wang @anqi_wang521]

I'm excited to share that I'll be joining @KAUST_News as an Assistant Professor in the Division of Physical Science and Engineering @KAUST_PSE this October. My group will focus on developing advanced polymers for electrochemical energy storage and conversion.

[Minghao Yu@TUD @MinghaoYu_TUD]

I have an open PhD position at TU Dresden for ion transport and aqueous battery applications of 2D polymers. It is a part of the CRC1415 consortium @Crc1415 (Chemistry of Synthetic Two-Dimensional Materials). Contact me, if you are interested. @cfaed_TUD @tudresden_de

[Yan Wang @YanWang91]

Our latest paper discuss immediate challenges in developing electronics based on 2D transition metal dichalcogenides. Check out the full paper 📝 https://t.co/uRN0rvunBB