Joined September 2020
- Tweets 14
- Following 84
- Followers 12
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Photos and videos
From the cover of ACS Nano: Researchers at @OxfordMaterials demonstrate a sol/polymer coelectrospinning technique for the #electrospinning of nonspinnable sols into advanced #ceramicnanofibers and springs. @NicoleGrobert
#Openaccess: go.acs.org/9E1
ALT TOC image from the article
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B Maciejewska retweeted
28 May 2024
"Innovative electrospinning method creates advanced ceramic nanofibers and springs" by @MichaelBerger Berger @Nanowerk
👇
shorturl.at/JrV0t
#MyACSCover @@ACS4Authors @mplsoxford @OxfordMaterials @UniofOxford @DongShiling @MacBasia @CliveSiviour
ALT Scanning electron micrograph of an individual ceramic spring fibre. (colourised).
ALT #ACSNano journal cover showing an illustration of the experimental set-up for the electrospinning of ceramic spirals.
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Scientists at @OxfordMaterials @UniofOxford employed a coaxial nozzle to #electrospin dilute #polymerfree sols enveloped within a polymer shell, enabling nonspinnable sols to form stable core–shell precursor fibers. @NicoleGrobert
Read #OpenAccess: go.acs.org/9mx
ALT TOC image from the article
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B Maciejewska retweeted
16 Feb 2024
Tucker Carlson, when asked about Alexei Navalny, opposition leaders and journalists in Russia: “Every leader kills people. Some kill more than others. Leadership requires killing people.”
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B Maciejewska retweeted
7 Oct 2023
Today in 1920, women were granted the right to take degrees at Oxford University.
130 women took part in the historic matriculation at the Divinity School.
📷 | @StAnnesCollege
#OnThisDay
ALT Black and white photo of some of the first women graduates in academic gowns.
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B Maciejewska retweeted
6 Oct 2023
An in-person session to help you make the most of your time at @OxfordMaterials! Discover the wealth of support available for your research journey.
Enjoy a delicious lunch and connect with fellow researchers and experts in a relaxed setting. Info & book:
mpls.ox.ac.uk/training/cours…
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B Maciejewska retweeted
28 Sep 2023
How do members of @OxfordMaterials get to know each other? Kicking off Postdoc Away Day with introductions including from @JEDarnbrough, Shiling, Lei and @felix_mocanu from @SaifulChemistry group, and Jun from @brucegroupox !
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B Maciejewska retweeted
22 Sep 2023
What a nice way to start work on a #fridaymorning ! nanowerk.com/spotlight/spoti…
#fibres #ultralightweight #advancedmaterials# @FaradayInst @WAETechnologies
@mplsoxford @OxfordMaterials @UniofOxford @macb
ALT Nanowerk.com highlighted our work on ultralight ceramic fibrous aerogels in a SPOTLIGHT article.
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B Maciejewska retweeted
21 Sep 2023
@BMa
21 Sep 2023
Dr Maciejewska has led a team addressing the issue of diversified pollutants in wastewater. Published in Materials & Design, their paper demonstrates a new fibre-generating technique to achieve improved recyclability:
materials.ox.ac.uk/article/a…
@NicoleGrobert @UniofOxford
ALT Two tiles: the hierarchical porous TiO2 fibres and the gold nanoparticles
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B Maciejewska retweeted
28 Jun 2023
Leadership is not about pulling people to follow your path. It's about shining enough light for them to find their own route.
Bosses aim to wield power. They issue commands to maintain control.
Leaders strive to empower. They delegate authority to unleash potential.
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B Maciejewska retweeted
10 Jan 2023
This study elucidates the exfoliation behavior of commercial graphite flakes and powder in a series of eco-friendly solvents. ♻️🌏🌱⚗️
👇🏼👇🏼👇🏼
pubs.acs.org/doi/10.1021/acs… 🔎
@OxfordMaterials
@ACS4Authors
#MyACSCover
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B Maciejewska retweeted
31 Mar 2023
3D fibre assembly as it forms...
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B Maciejewska retweeted
31 Mar 2023
In situ 3D #electrospinning of pre-ceramic #fibres towards #sustainable ♻️ #UltralightWeight #AdvancedMaterials solutions 🌍 @OxfordMaterials @mplsoxford @FaradayInst @WAETechnologies @royalsociety
Watch how it's done 👇👇👇
pubs.acs.org/doi/10.1021/acs…
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B Maciejewska retweeted
30 Mar 2023
3D #AdvancedMaterials are critical for #technological solutions towards #NetZero. We describe the mechanism by which such #3D-fibre architectures can be formed in situ. @acsnano @OxfordMaterials @mplsoxford @WAETechnologies @FaradayInst
👇👇👇
pubs.acs.org/doi/10.1021/acs…
ALT Mechanically strong ultra lightweight ceramic fibre assembly on a feather.
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