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Fritz Haber Institute of the Max Planck Society

@fhi-mpg.bsky.social did:plc:gnmcgr364ejx374qdxlr4rm6

We're pioneering the future of physical chemistry. Uniting scientists globally, working on energy & matter transformations at interfaces. www.fhi.mpg.de

Bluesky’a katılma tarihi:

Takipçi
649
Takip edilen
242
Post
190
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Özet

Fritz Haber Institute of the Max Planck Society (@fhi-mpg.bsky.social), 13 Kasım 2024 tarihinde katılan bir Bluesky kullanıcısı. 649 takipçisi var, 242 hesabı takip ediyor ve 190 post paylaştı.

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Bluesky ağındaki herkese açık beğeniler.

  • Theory Department - FHI der MPG@thdept-fhi-mpg.bsky.social

    👋Welcome Joe, who starts as a new #Postdoc in the Heenen Group! Joe earned is #PhD from the @exeter.ac.uk working on "Exploration of constrained systems and structure search" and went on to complete a Postdoc at @au.dk. Looking forward to be working with you! 👋

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  • Max Planck Institute for Solar System Research@mpsgoettingen.bsky.social

    The last few days have brought a mix of rain and sunshine to Göttingen. From an office window, #mpsgoettingen scientist Walter Goetz was able to catch this lovely shot of a double #rainbow above the institute. Many thanks for sharing! @goettingen-campus.de

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  • Theory Department - FHI der MPG@thdept-fhi-mpg.bsky.social

    3️⃣ Why does it matter? By allowing catalysts to be observed while they actually operate, the platform provides access to structural and morphological changes that conventional SEM approaches cannot capture—helping connect catalyst evolution with performance under reaction conditions.

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  • Theory Department - FHI der MPG@thdept-fhi-mpg.bsky.social

    2️⃣ What is new? The platform combines SEM imaging with controlled reaction conditions and quantitative product analysis, demonstrated for copper oxide reduction and CO₂ hydrogenation.

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  • Theory Department - FHI der MPG@thdept-fhi-mpg.bsky.social

    1️⃣ What is the paper about? This work introduces a modular operando SEM platform inspired by fixed-bed reactor concepts, designed to enable simultaneous imaging and quantitative catalytic performance analysis during activation, reaction, and deactivation.

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