Top Tweets for #Dewetting
☆研究成果☆
原子の整列か、膜の崩壊か
― FePd磁性薄膜の相転移と形態進化を支配する結晶成長の法則を解明―
▼プレスリリース
https://t.co/HYYP3maxFY
▼論文
https://t.co/8TuheUqElw
#永沼博 #未来材料システム研究所 #FePd #L10規則合金 #Dewetting #スピントロニクス #スパッタリング
Tianfu Guan et al. @ACS_AMI: "High-Power Impulse #Magnetron #Sputter #Deposition of Ag on Self-Assembled Au #Nanoparticle Arrays at Low-Temperature #Dewetting Conditions":
https://t.co/AxPLZFMmhc
👀 Check out interesting video of #dewetting of #complexemulsions from our article and their transition into multicavity #microparticles through polymerization - can't get enough of it :)
#microfluidics @AdvSciNews
https://t.co/WtQdLfLEsS
Scientific art exhibition at the #GAMM Annual Meeting @tudresden_de ⬇️ Our #hyperuniform structures obtained by spinoidal-like #solid-#state #dewetting will be there as well! @open_fet
Kunst, Wissenschaft & Technologie verbinden: 🎨 Im Rahmen der GAMM-Tagung zeigt eine Ausstellung Artefakte aus den Sammlungen der #TUDresden. Vom 30.5. bis 2.6. sind Objekte zu angewandter Mathematik & Mechanik im Hörsaalzentrum zu sehen. Mehr Infos ➡️ https://t.co/leoatN7xLr
Happy to be part of the 2022 #ERCPoC with project NODRY investigating the challenges of #dewetting in #LiquidChromatography with @YaroslavGrosu and @AntTinti
📢The results of the latest ERC Proof of Concept grant competition are out!
166 researchers received €150,000 each to help them bridge the gap between the results of their pioneering research and the early phases of its commercialisation.
👉 https://t.co/L0N3FzBRso
#ERCPoC
Researcher @Wanleajoin and colleagues investigate specific structured #surfaces and air bubbles on frozen ice #droplets to propose three criteria to enable #dewetting transitions for #antiicing applications. #GettingApplied
https://t.co/u4DbTVi9ag
😢Christmas time is over... We remember our advent calender with this beautiful image of a double emulsion, where the excess of the oil is separating from the inner aqueous phase to generate giant unilamelar vesicles (GUVs). #dewetting #microfluidics @LussierFelix
Our new paper in J. Phys. Chem. C reveals the dependence of #carbon_nanotube #CNT density on #nucleation temperature by decoupling #catalyst #dewetting, #gas_decomposition, and #surface_reactions in #chemical_vapor_deposition @Pitt_IE @ChemePitt @PittMEMS https://t.co/y3q4Tw6QaA
Jie Feng, #MSEUIUC @uofigrainger presented beautiful work on #bubbles bursting, #dewetting oil films & making #nanoparticles. @UIC_ChE
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