P02.1 DESY (@p021_desy) 's Twitter Profile
P02.1 DESY

@p021_desy

Powder X-ray diffraction & total-scattering beamline, PETRA III, @desy Studying order, disorder and everything between #crystals #crystallography

ID: 927444913570148352

linkhttp://photon-science.desy.de/facilities/petra_iii/beamlines/p02_hard_x_ray_diffraction_beamline/hrp calendar_today06-11-2017 07:57:53

235 Tweet

408 Followers

114 Following

Tomislav Stolar (@stolartomislav) 's Twitter Profile Photo

My #RSCPoster "Mechanochemical synthesis and polymorphism control of hydrogen-bonded organic frameworks" #RSCMat #RSCOrg Out in CrystEngComm 👉 tinyurl.com/yjzuvtr4 🔥 topic of ♻️ mechanochem polymorph screening in 💎 porous materials Jasna Alić Stolar Krunoslav Užarević P02.1 DESY

My #RSCPoster "Mechanochemical synthesis and polymorphism control of hydrogen-bonded organic frameworks" #RSCMat #RSCOrg 
Out in <a href="/CrystEngComm/">CrystEngComm</a> 👉 tinyurl.com/yjzuvtr4
🔥 topic of ♻️ mechanochem     polymorph screening in 💎 porous materials
<a href="/JasnaAlic/">Jasna Alić Stolar</a> <a href="/KrunoslavU/">Krunoslav Užarević</a> <a href="/p021_desy/">P02.1 DESY</a>
P02.1 DESY (@p021_desy) 's Twitter Profile Photo

It's so cool to come to the beamline, find art from our users and be able to fully understand what they want to express... you are never alone 🫂 See u next time and happy data analysis! 🌈

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

📢🆕 This recent work by C. Koschnick et al. sheds lights on the role of water in the synthesis of Zr-porphyrin-based MOFs and shows how the same reaction systems proceed via different pathways as a function of water content❗️ Click here for more details: doi.org/10.1002/adma.2…

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

It has been our pleasure to host the hercules-school.eu this year and run measurements with this beautiful group of young researchers 👩‍🔬👨‍🔬 We all wish you a very successful and inspiring career and hope to see you soon at the beamline!

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

📢🆕 S. K. Aghda et al. show how ion-kinetic energy and flux can induce changes in the structural and mechanical properties of (Ti,Al)N thin films grown via HPPMS and CAD. To learn more about this topic, follow the link: doi.org/10.1016/j.acta…

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

📢🆕 Pickhardt et al. accomplished a Sonohashira coupling under mechanochemical conditions but... ✋ 𝗔𝗧𝗧𝗘𝗡𝗧𝗜𝗢𝗡!! The found intermediates and reaction pathways 𝗔𝗥𝗘 𝗗𝗜𝗙𝗙𝗘𝗥𝗘𝗡𝗧 from those found in established chemistry! Hit the link: onlinelibrary.wiley.com/doi/10.1002/an…

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

📢Our dear Henrik is spreading knowledge around❗️ We miss you here but the views from PETRA can't compete with that 😅 Have a safe travel!

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

📢🆕 MOFs as optical sensors!? 🤯 That is amazing!! 🤩 Check this work by Castillo-Velilla et al. 🙌 🎉Congratulations from the P02.1 team 🍾

Nina Lock (@hybridmaterlab) 's Twitter Profile Photo

Sunshine and bright X-rays at P02.1 DESY . Thanks to @HenrikSaerkjaer for support, NEST for collaboration and to Sara Frank, Mads and Ruchi for the hard work! #MOFs #catalysis

Sunshine and bright X-rays at <a href="/p021_desy/">P02.1 DESY</a> . Thanks to @HenrikSaerkjaer for support, <a href="/NESTResearchLab/">NEST</a> for collaboration and to  <a href="/Sarafrankx/">Sara Frank</a>, Mads and Ruchi for the hard work! #MOFs #catalysis
P02.1 DESY (@p021_desy) 's Twitter Profile Photo

What is happening⁉️ Summer comes with surprises🏖️ Shang et al. show that multiphase engineering allows to develop an ultra-lightweight compositionally complex alloy, 𝐓𝐢𝐕𝐌𝐠𝐋𝐢, that can uptake 2.62 wt% H₂ at 50 °C under 100 bar of H₂: doi.org/10.1016/j.matt…

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

The HERCULES school is a very valuable experience for those that are seeking a career in cutting-edge science or planning to use it in their research. Don't miss your deadlines!

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

📢A highly damage-tolerant glass ⁉️🤯 Tang et al. obtained a supertough oxide glass through high-T and high-P paracrystallization. We are very happy to have helped you with your work. Congratulations❗️ 🥳 doi.org/10.1038/s41563… Nature Materials Bayerisches Geoinstitut

P02.1 DESY (@p021_desy) 's Twitter Profile Photo

📢Batteriiiieeesss❗️ This work by Yang et al. presents NaYZrSiO as a 🆕 cost-effective and a reliable solid-state Na⁺ conductor 🔋 with enhanced conductivity and exceptional electrochemical stability 🤩 doi.org/10.1016/j.esci… Elsevier | ScienceDirect Forschungszentrum Jülich | @[email protected]

Martin Aaskov Karlsen (@martinaakarlsen) 's Twitter Profile Photo

As a part of the Total Scattering of Disordered Materials symposium IUCr2023, I present a poster (P0187) together with Dorthe Ravnsbæk RavnsbaekGroup on our operando studies of nanocrystalline TiO2-rutile Li-ion battery electrodes, including data from P02.1 DESY. Hope to see you!

As a part of the Total Scattering of Disordered Materials symposium <a href="/IUCr2023/">IUCr2023</a>, I present a poster (P0187) together with <a href="/dorthe_ravn/">Dorthe Ravnsbæk</a> <a href="/RavnsbaekGroup/">RavnsbaekGroup</a> on our operando studies of nanocrystalline TiO2-rutile Li-ion battery electrodes, including data from <a href="/p021_desy/">P02.1 DESY</a>. Hope to see you!
P02.1 DESY (@p021_desy) 's Twitter Profile Photo

P02.1 is looking for a new colleague! Please check out our job advertisment for a postdoctoral beamline scientist on v22.desy.de/e67416/records…