Cataldo_Valentini
@CataldoV89
Followers
40
Following
150
Statuses
24
Joined November 2021
RT @NanochemistryL: Our recent paper on “clickable” graphene nanoribbons for biosensor interfaces by @GonzaloFenoy, @Vero_CCG, @CataldoV89,…
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RT @czt_uam: 📢 Check the new review "Covalent Organic Frameworks and 2D Materials Hybrids: Synthesis Strategies, Properties Enhancements, a…
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Check our recent work on covalent organic frameworks and 2D materials hybrids in Small!
Covalent organic frameworks + 2D materials = game-changing hybrids! 🚀 The synergy between COFs & graphene, TMDs, MXenes & more offers advanced applications in chemical sensing, catalysis, energy & beyond 🔎⚗️⚡️ Open access review in Small @AdvPortfolio 👇
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RT @NanochemistryL: Covalent organic frameworks + 2D materials = game-changing hybrids! 🚀 The synergy between COFs & graphene, TMDs, MXenes…
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RT @czt_uam: 📄 Check the latest paper from @CiesielskiArtur group in Nanoscale Advances @nanoscale_rsc! 📲 @Nanochem…
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RT @czt_uam: 📢 Dr. Cataldo Valentini @CataldoV89 has received an @NCN_PL Miniatura 8 research grant titled "Porphyrin-based covalent organi…
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RT @NanochemistryL: Multifunctional cementitious composites infused with electrochemically exfoliated graphene offer on-demand electrical c…
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RT @NanochemistryL: Check out our latest work on template-assisted synthesis of hollow anthraquinone-based COFs as high-performance electro…
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RT @COF_papers: Template-assisted synthesis of hollow anthraquinone-based covalent organic frameworks for aqueous zinc-ion hybrid supercapa…
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Check out our first example of COFs with peri-xanthenoxanthene units used as cathode material in Zn-base energy storage device published in Small Science @AdvSciNews
First-ever hexagonal COFs featuring peri-xanthenoxanthene units used as high-performance cathode materials in aqueous zinc-ion hybrid supercapacitors for innovative energy storage technologies! Read more in Small Science @AdvSciNews (open access) ⚗️🔋⚡️🚀
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Check out our last work on thiolated rGO as cathode material for Zinc hybrid supercapacitors published in Advanced Science @AdvSciNews
Boosting the electrochemical performance of rechargeable aqueous zinc hybrid supercapacitors with a sulfur twist for efficient and sustainable energy storage solutions in Advanced Science @AdvSciNews (open access)! ⚗️🔋⚡️♻️🚀
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RT @nanoscale_rsc: “Clickable” graphene nanoribbons for biosensor interfaces by Roger Hasler, Wolfgang Knoll and colleagues @AITtomorrow2da…
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@PagellaPolitica Se non dite la "varianza" della media calcolata su i 43 anni, questa grafico vale meno di zero
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RT @NanochemistryL: Check out our optimized, scalable, easily controlled and energy-efficient strategy for producing chemically reduced gra…
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RT @NanochemistryL: The power of on-surface condensation reactions to synthesize core–shell MOF@COF hybrids with outstanding electrochemica…
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Amazing and inspiring conference E-MRS Fall 2023 in Warsaw!
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Check it out our last work about low-temperature reduction of Graphene Oxide!
Just out in @nanoscale_rsc, our low-temperature (< 300 °C) thermal annealing process to produce reduced graphene oxide with electrical properties at will, which is also compatible with plastic substrates for flexible and wearable electronics! ⚗️🔥⚡️♻️
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RT @ultimate_itn: The latest paper in Advanced Materials @AdvSciNews by @ultimate_itn partners from @unistra led by @MSCActions Fellow @Fra…
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RT @jishan_wu: The first triply twisted Möbius carbon nanobelt! The enantiomers were also isolated, showing large dissymmetric factor. This…
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RT @BonifaziGroup: Designing chromophores with N-doping & tailored Vis absorption? @ChemicalScience Coll. with Bonini @KingsCollegeLon Cong…
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