Top Tweets for #catalystdesign
Proud to see this work out in @AsiaMaterials. Trimetallic #nanoalloys are a challenging target in #MaterialsChemistry and #CatalystDesign, and this method makes them tractable with #DFT level accuracy. Thanks to the team for the collaboration. #CompChem #Nanoscience
In our new work with @630_5th_Ave, we developed an efficient method to model trimetallic nanoparticles with realistic chemical ordering, which is much more complex than in bimetallic particles and cannot be predicted based on chemical intuition alone.
https://t.co/hgDP1hkh6A
New Study by Penn on Mapping catalyst failure to advance clean #hydrogen fuel production.
#hydrogeneconomy #catalystdesign
https://t.co/zRa2os1zSg
A tiny tweak in surface ligands makes a big difference! Cu₁₄ nanoclusters with phenylethanethiol show higher CO₂-to-formic acid selectivity(~40%)and better stability. Smart design=better catalysts #CO2Reduction #Nanotech #CatalystDesign #decarbonization https://t.co/e2iavIizZp
Our book with @AnanikovLab is in final production (even pre-orders are open). With contributions from @reid_indeed, @thijsstuyver, @HESauceda, @TheAlegreGroup, @kjelljorner, and many others.
#AI #Catalysis #MachineLearning #ML #CatalystDesign #CompChem
In their review Kjell Jorner @kjelljorner, Frank Glorius @GloriusFrank, Leon Schlosser and @Stefan_P_Schmid give an overview of the work in the field of #MachineLearning in #organocatalysis.
🔗https://t.co/Vhm6D0TRLK
#CatalystDesign #BJOC
@ETH_DCHAB @DCL_ETHZ
Green synthesis of Ag-based catalysts on fishbone-derived hydroxyapatite boosts efficiency for 4-nitrophenol reduction. Silver nanoparticles (10.3 nm) show high reaction rates.
Explore more: [https://t.co/Z36YwEdFor]
#GreenChemistry #CatalystDesign #Nanotechnology
![AJSE_SciEng's tweet photo. Green synthesis of Ag-based catalysts on fishbone-derived hydroxyapatite boosts efficiency for 4-nitrophenol reduction. Silver nanoparticles (10.3 nm) show high reaction rates.
Explore more: [https://t.co/Z36YwEdFor]
#GreenChemistry #CatalystDesign #Nanotechnology https://t.co/accHEpYC1H](https://pbs.twimg.com/media/GOllGhLWwAEnRw6.jpg)
Explore how hydrogenated borophene facilitates the synthesis of multielement intermetallic catalysts. A groundbreaking study opening new avenues for efficient chemical transformations. Read more: https://t.co/4JxwZbsale #CatalystDesign #Borophene #Innovation
Exciting news! We developed a new binder-free hybrid catalyst, #A2B2O6-Hybrid #Columbite, that exhibits high electrocatalytic #activity and #stability for water electrolyzer.
Check out our https://t.co/N1sxLhbNcC
#catalystDesign #renewableEnergy #niobium
▪️Join experts in the field as they'll discuss #CatalystDesign for #CleanEnergy at #ECAT23 Conference on 'Catalyst Design Strategies for Photo- and Electrochemical Fuel Synthesis'.
📆4th-5th December 2023
📍Keele, UK
👉 Submit your oral abstract here:
https://t.co/LDWy7HJ4GJ
New #computational workflow for ligand discovery in #catalysis.
🔷 The study involves the use of the CSD to perform automated ligand discovery, and CSD-CrossMiner to perform 3D structural queries.
New blog 🔗https://t.co/bvuUbwuEBG
#Crystallography #CatalystDesign
We have a fully funded position for either a PhD student or a postdoctoral researcher within @sfb1552. Join our #photochemistry team and work on a project dealing with #catalystdesign #hydrogen #supramolecularchemistry #opticalspectroscopy
More Details: https://t.co/secL5oQzRz
JACS
Shape-Dependent CO2 Hydrogenation to Methanol over Cu2O Nanocubes Supported on ZnO
@J_A_C_S #CO2 #Nanocubes #CatalystDesign #methanol #Morphology
https://t.co/cTSAJngMVA
Chem. Rev.
Microkinetic Modeling: A Tool for Rational Catalyst Design
@ACSChemRev #CatalystDesign #microkinetic
https://t.co/Rln29v0zDx
@xxi_nano catalizadores de Cu sobre Xerogeles de carbono!!!
#GlicerolOxidation
#catalystdesign
#Cupperovercarbonxerogels
@IntequiUNSL @ana_arenillas
Chem. Catal.
Accelerating #catalyst development for biofuel production through #multiscale catalytic fast #pyrolysis of biomass over #Mo2C
@ChemCatalysis #CatalystDesign #Biomass
https://t.co/q7mgahziCO
ACS Catal.
Charting the Atomic C Interaction with #TransitionMetal Surfaces
@ACSCatalysis #MachineLearning #CatalystDesign #Science #ScienceNews #ScienceTwitter #Chemistry
https://t.co/YwuvF7cmPD
Nat. Chem.
A kinetic descriptor for the #electrolyte effect on the oxygen reduction #kinetics on Pt(111)
@NatureChemistry #CatalystDesign @LeidenScienceEN @UniLeidenNews
https://t.co/w7md1UJB8B
ACS Catal.
#Coking Can Enhance Product Yields in the #DryReforming of #Methane
@ACSCatalysis #CatalystDesign
https://t.co/3BgFnij7de
ACS Catal.
High-Throughput Screening of Stable Single-Atom Catalysts in #CO2Reduction Reactions
@ACSCatalysis #SingleAtomCatalysts #CO2 #CO2RR #CatalystDesign @UCAS1978
https://t.co/tBxNpPTAUN
ACS Catal.
#Selectivity Trends and Role of Adsorbate–Adsorbate Interactions in CO Hydrogenation on #Rhodium Catalysts
@ACSCatalysis #CatalystDesign #Catalysis #Microkinetic #KineticMonteCarlo @AIAS_dk
https://t.co/a0kh0FhVTH
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