Matches in SemOpenAlex for { <https://semopenalex.org/work/W3165373525> ?p ?o ?g. }
- W3165373525 endingPage "10274" @default.
- W3165373525 startingPage "10264" @default.
- W3165373525 abstract "Various supraparticles have been extensively studied owing to their excellent catalytic properties that are attributed to their inherent porous structure; however, their mechanical properties have not garnered attention owing to their less dense structure. We demonstrate a rational approach for fabricating assembled supraparticles and, subsequently, highly dense microspheres. In addition, 3 mol % yttria-stabilized zirconia (3YSZ) and alumina particles were selected as building blocks and assembled into higher-order architectures using a droplet-based template method (spray drying) for validation with proof-of-concept. Moreover, structural features such as density, size, sphericity, and morphology of supraparticles were controlled by adjusting the competing kinetics occurring between the assembly of building blocks and evaporation of the solvent in the droplets. The preparatory aqueous suspension and process parameters were optimized as well. A detailed understanding of the formation mechanism facilitated the yield of tailor-made supraparticles and, thereafter, highly dense microspheres (approximate relative density = 99%) with excellent sphericity (>98%) via heat treatment. The microspheres displayed highest hardness (26.77 GPa) and superior elastic modulus (210.19 GPa) compared with the mechanical properties of the 3YSZ samples reported to date. Ultimately, the proposed supraparticle engineering provided insight for controlling the structural features and resultant micromechanical properties, which widely extends the applicability of supraparticle-based functional materials for practical purposes that require materials with high density and excellent mechanical properties." @default.
- W3165373525 created "2021-06-07" @default.
- W3165373525 creator A5010249624 @default.
- W3165373525 creator A5011915643 @default.
- W3165373525 creator A5025705797 @default.
- W3165373525 creator A5032570805 @default.
- W3165373525 creator A5052041167 @default.
- W3165373525 creator A5061464086 @default.
- W3165373525 creator A5061936591 @default.
- W3165373525 creator A5063542745 @default.
- W3165373525 creator A5075509015 @default.
- W3165373525 creator A5086884581 @default.
- W3165373525 creator A5088091486 @default.
- W3165373525 date "2021-05-26" @default.
- W3165373525 modified "2023-10-18" @default.
- W3165373525 title "Supraparticle Engineering for Highly Dense Microspheres: Yttria-Stabilized Zirconia with Adjustable Micromechanical Properties" @default.
- W3165373525 cites W1040677865 @default.
- W3165373525 cites W1966897284 @default.
- W3165373525 cites W1976970302 @default.
- W3165373525 cites W1978160437 @default.
- W3165373525 cites W1989385421 @default.
- W3165373525 cites W1989434161 @default.
- W3165373525 cites W1993900964 @default.
- W3165373525 cites W1999747578 @default.
- W3165373525 cites W2011428738 @default.
- W3165373525 cites W2012710474 @default.
- W3165373525 cites W2016042808 @default.
- W3165373525 cites W2016081903 @default.
- W3165373525 cites W2033389010 @default.
- W3165373525 cites W2039553071 @default.
- W3165373525 cites W2042822987 @default.
- W3165373525 cites W2047443632 @default.
- W3165373525 cites W2049665127 @default.
- W3165373525 cites W2054977884 @default.
- W3165373525 cites W2058816018 @default.
- W3165373525 cites W2065624091 @default.
- W3165373525 cites W2074627324 @default.
- W3165373525 cites W2078913308 @default.
- W3165373525 cites W2081622422 @default.
- W3165373525 cites W2085708680 @default.
- W3165373525 cites W2112135623 @default.
- W3165373525 cites W2112288103 @default.
- W3165373525 cites W2113063288 @default.
- W3165373525 cites W2117699710 @default.
- W3165373525 cites W2124217397 @default.
- W3165373525 cites W2128059079 @default.
- W3165373525 cites W2141638793 @default.
- W3165373525 cites W2143657529 @default.
- W3165373525 cites W2205636973 @default.
- W3165373525 cites W2274663944 @default.
- W3165373525 cites W2284825171 @default.
- W3165373525 cites W2294124365 @default.
- W3165373525 cites W2299760704 @default.
- W3165373525 cites W2302231821 @default.
- W3165373525 cites W2332122082 @default.
- W3165373525 cites W2338354752 @default.
- W3165373525 cites W2492754012 @default.
- W3165373525 cites W2610691722 @default.
- W3165373525 cites W2624761877 @default.
- W3165373525 cites W2746829374 @default.
- W3165373525 cites W2762419123 @default.
- W3165373525 cites W2800259022 @default.
- W3165373525 cites W2803239712 @default.
- W3165373525 cites W2856193430 @default.
- W3165373525 cites W2892612663 @default.
- W3165373525 cites W2892880502 @default.
- W3165373525 cites W2905584736 @default.
- W3165373525 cites W2922152152 @default.
- W3165373525 cites W2922901976 @default.
- W3165373525 cites W2963740214 @default.
- W3165373525 cites W2964829420 @default.
- W3165373525 cites W2967975703 @default.
- W3165373525 cites W2975628828 @default.
- W3165373525 cites W2979315603 @default.
- W3165373525 cites W2990709943 @default.
- W3165373525 cites W3023686920 @default.
- W3165373525 cites W3044834505 @default.
- W3165373525 cites W3048474252 @default.
- W3165373525 cites W3059428931 @default.
- W3165373525 cites W3086454740 @default.
- W3165373525 cites W3087103485 @default.
- W3165373525 cites W3088588219 @default.
- W3165373525 cites W3130220853 @default.
- W3165373525 doi "https://doi.org/10.1021/acsnano.1c02408" @default.
- W3165373525 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34037372" @default.
- W3165373525 hasPublicationYear "2021" @default.
- W3165373525 type Work @default.
- W3165373525 sameAs 3165373525 @default.
- W3165373525 citedByCount "7" @default.
- W3165373525 countsByYear W31653735252021 @default.
- W3165373525 countsByYear W31653735252022 @default.
- W3165373525 countsByYear W31653735252023 @default.
- W3165373525 crossrefType "journal-article" @default.
- W3165373525 hasAuthorship W3165373525A5010249624 @default.
- W3165373525 hasAuthorship W3165373525A5011915643 @default.
- W3165373525 hasAuthorship W3165373525A5025705797 @default.
- W3165373525 hasAuthorship W3165373525A5032570805 @default.
- W3165373525 hasAuthorship W3165373525A5052041167 @default.