Controlling structural imperfections is vital for catalytic performance. Explore this 10-paper collection on defect engineering. 👉 brnw.ch/21x0FJV #Nanomaterials #Catalysis #DefectEngineering

Engineering oxygen vacancies topological surface states boosts HER activity and stability in Bi₂MoO₆ electrocatalysts. onlinelibrary.wiley.com/doi/… #Electrocatalysis #HydrogenProduction #DefectEngineering #EEM

☀️ Welcome to read these review papers! 1. Integration and Innovation in #DigitalImplantology — Part I: Capabilities and Limitations of Contemporary Workflows: A Narrative Review mdpi.com/2076-3417/15/22/122… by Alexandre Perez and Tommaso Lombardi 2. Linear Approximations of Power Flow Equations in #ElectricalPowerSystemModelling—A Review of Methods and Their Applications mdpi.com/2076-3417/15/23/123… by Paweł Pijarski, Damir Jakus, Adrian Belowski, Petar Sarajcev and Dominik Przepiórka 3. An Overview of #QuantumMachineLearning Research in China mdpi.com/2076-3417/15/5/2555 by Luning Li, Xuchen Zhang, Zhicheng Cui, Weiming Xu, Xuesen Xu, Jianyu Wang and Rong Shu 4. Defects in #SiliconCarbide as #QuantumQubits: Recent Advances in #DefectEngineering mdpi.com/2076-3417/15/10/560… by Ivana Capan

A new Special Issue opens for submission! Title: Symmetry and Asymmetry in #Electrochemistry Editor: Alexey Rulev and Mihai V. Putz Details: brnw.ch/21wZ43p #callforpapers #mdpisymmetry #defectengineering #electrocatalysis #CO2reduction #supercapacitors @Empa_CH

How to boost MoS₂ emission without lattice damage? 📉📈 This Editor's Choice paper pinpointed 225 °C controlled O₂ as the perfect recipe to heal vacancies and double PL intensity. Read more: mdpi.com/3146184 #2DMaterials #DefectEngineering #Semiconductors

Discover how #quasiMOFs are revolutionizing #watertreatment through #defectengineering, offering high-density active sites and hierarchical #porosity for superior #adsorption and #catalysis over traditional #MOFs. Dive into the Review article free of charge: sciencedirect.com/science/ar… @KristaWalton @DincaGroup @RandallSnurr @JelfsChem @gmaurin1 @jorgascon @SmitBerend @fxcoudert @S_Naghdi @Mubs0820 @DanaKelabi @ZianiZakaria7 @bravo_abad @Farhomies @DrD8264 @Hendrik_Heinz @MericAlbay @steveashleyplus @Rainmaker1973 @arnaudmercier

Thrilled that this came to light! doi.org/10.1021/acsomega.5c0… with @Eugenio_Otal, @ShinshuUni #MetalOrganicFrameworks #MOFs #DefectEngineering #CoordinationChemistry #FluorideDetection #WaterChemistry

Thrilled that this came to light! Defect-Engineered Metal–Organic Frameworks with Coordinative Dye Modification for Cost-Effective Fluoride Detection in Water | ACS Omega #MetalOrganicFrameworks #MOFs #DefectEngineering #CoordinationChemistry #FluorideDetection #WaterChemistry

Our latest from @chemengiisc is now out in #Small! We show how size and chemical environment control nanopore geometry in MoS2, changing pores from irregular to triangular. onlinelibrary.wiley.com/doi/… #2DMaterials #MaterialsModeling #DefectEngineering @iiscbangalore @WileyGlobal

.@nanozchen from @UCSanDiego @NANO_UCSD investigate the mechanisms of rejuvenation for high-voltage spinel-type #cathodes by the systematic control and tuning of composition and structural defects. #LithiumIonBatteries #DefectEngineering Read: go.acs.org/bqc

Kim et al. @EPFL #GIST @KRICT incorporate 6H #polytype #perovskite into bulk to reduce defects and improve structural integrity, realizing efficient #solarcells and modules with long-term stability #defectengineering #Devices #GettingApplied nature.com/articles/s41467-0…

New #CollaborativeResearchCenter: @dfg_public approves @sfb1552 investigating options for manipulating defects in #SoftMatter / Joint research project of @uni_mainz_eng, @mpi_polymer & @FraunhoferIMM press.uni-mainz.de/material-… #chemistry #DefectEngineering #MaterialDesign

New #CollaborativeResearchCenter: @dfg_public approves @sfb1552 investigating options for manipulating defects in #SoftMatter / Joint research project of @uni_mainz_eng, @mpi_polymer & @FraunhoferIMM // #chemistry #DefectEngineering #MaterialDesign idwf.de/-DG9yAC

A Letter entitled "Activation of iridium site by anchoring ruthenium atoms on defects for efficient anodic catalyst in polymer electrolyte membrane water electrolyzers" is reported by Ru Chen and Shuangyin Wang. #OER #Electrocatalysts #DefectEngineering doi.org/10.1016/j.jechem.202…

Uncertainty in Composite Membranes: From Defect Engineering to Film Processing @MITChemE @SmithLabMIT @MIT #Composite #Membranes #DefectEngineering #Film #Processing pubs.acs.org/doi/10.1021/jac…

Check out how defects in nanodiamonds can be capitalized and developed as quantum sensors for biological applications in our latest review in Advanced Science by @YingkeWu2020. onlinelibrary.wiley.com/doi/… @crc1279 @mpi_polymer #defectengineering

Check out the latest Article about Single atom and #DefectEngineering of #CuO for efficient #electrochemical reduction of CO2 to C2H4. @electrochemicat @electchemcircus @Wiley_Chemistry #OpenAccess : doi.org/10.1002/smm2.1105

Controllable surface #defectengineering on transition-metal trichalcogenide @NUSingapore @NatureComms phys.org/news/2021-07-surfac…

Frances Allen @UCBerkeley presents an in-depth #review on #DefectEngineering, #IonImplantation, and #nanofabrication using the #HeliumIonMicroscope 🔬 beilstein-journals.org/bjnan… #helium #ion beam #lithography Dont' miss this 100% #OpenAccess 🔓 manuscript in the #BJNANO

MRS Bulletin article: #Nanoregions, formed during the film fabrication, preserve strain coherence throughout the film. #materialsscience #ferroelectric #ThinFilms #DefectEngineering qoo.ly/35muph