Matches in SemOpenAlex for { <https://semopenalex.org/work/W1997334489> ?p ?o ?g. }
- W1997334489 endingPage "18261" @default.
- W1997334489 startingPage "18261" @default.
- W1997334489 abstract "Very recently, we have reported preparation of several types of Prussian Blue (PB) particles with varying particle sizes by systematically tuning the synthetic conditions (Angew. Chem., Int. Ed., 2012, 51, 984–988). Here, the obtained PB particles are used for removal of Cs ions from aqueous solutions, which will be useful for remediation of nuclear waste. To evaluate the uptake ability of Cs ions into the PB particles, we utilize quartz crystal microbalance (QCM) for real-time monitoring of uptake behavior of Cs ions into the PB particles. The frequency of the QCM is promptly decreased after injection of Cs ions solution into the QCM cell. Hollow PB nanoparticles of 190 nm in diameter have very high surface area (338 m2 g−1), in comparison with other PB particles, leading to efficient Cs adsorption capability eight times larger than that of the commercial PB particles. The diffusion in terms of dissociation constant (Kd), maximum amount of adsorbed Cs in PB particles (mmax), and the adsorption kinetics (k) of Cs ions into the PB particles are also discussed. Due to the selective uptake for Cs ions based on Kd and k values, the PB particles can be proposed as good candidates in waste management consideration." @default.
- W1997334489 created "2016-06-24" @default.
- W1997334489 creator A5037509120 @default.
- W1997334489 creator A5043352780 @default.
- W1997334489 creator A5044818964 @default.
- W1997334489 creator A5054217094 @default.
- W1997334489 creator A5091087406 @default.
- W1997334489 date "2012-01-01" @default.
- W1997334489 modified "2023-10-12" @default.
- W1997334489 title "Large Cs adsorption capability of nanostructured Prussian Blue particles with high accessible surface areas" @default.
- W1997334489 cites W1544899526 @default.
- W1997334489 cites W1607103543 @default.
- W1997334489 cites W1764244807 @default.
- W1997334489 cites W1805958146 @default.
- W1997334489 cites W1968485873 @default.
- W1997334489 cites W1972928911 @default.
- W1997334489 cites W1975520542 @default.
- W1997334489 cites W1979075133 @default.
- W1997334489 cites W1980552968 @default.
- W1997334489 cites W1984718657 @default.
- W1997334489 cites W1997642877 @default.
- W1997334489 cites W1998272148 @default.
- W1997334489 cites W2003869165 @default.
- W1997334489 cites W2011061435 @default.
- W1997334489 cites W2016311177 @default.
- W1997334489 cites W2023372317 @default.
- W1997334489 cites W2025018118 @default.
- W1997334489 cites W2030517497 @default.
- W1997334489 cites W2033670828 @default.
- W1997334489 cites W2041442567 @default.
- W1997334489 cites W2042018508 @default.
- W1997334489 cites W2051031936 @default.
- W1997334489 cites W2053027138 @default.
- W1997334489 cites W2060455228 @default.
- W1997334489 cites W2061888529 @default.
- W1997334489 cites W2065765533 @default.
- W1997334489 cites W2066917326 @default.
- W1997334489 cites W2068446996 @default.
- W1997334489 cites W2068793363 @default.
- W1997334489 cites W2070502922 @default.
- W1997334489 cites W2072625599 @default.
- W1997334489 cites W2076944680 @default.
- W1997334489 cites W2079512741 @default.
- W1997334489 cites W2079871184 @default.
- W1997334489 cites W2082152241 @default.
- W1997334489 cites W2083777115 @default.
- W1997334489 cites W2087044460 @default.
- W1997334489 cites W2087174981 @default.
- W1997334489 cites W2091820915 @default.
- W1997334489 cites W2093353107 @default.
- W1997334489 cites W2094910666 @default.
- W1997334489 cites W2095738013 @default.
- W1997334489 cites W2105709632 @default.
- W1997334489 cites W2106913774 @default.
- W1997334489 cites W2107596814 @default.
- W1997334489 cites W2115738635 @default.
- W1997334489 cites W2117177568 @default.
- W1997334489 cites W2123928103 @default.
- W1997334489 cites W2128463688 @default.
- W1997334489 cites W2169253894 @default.
- W1997334489 cites W2949268133 @default.
- W1997334489 cites W2949955184 @default.
- W1997334489 doi "https://doi.org/10.1039/c2jm32805d" @default.
- W1997334489 hasPublicationYear "2012" @default.
- W1997334489 type Work @default.
- W1997334489 sameAs 1997334489 @default.
- W1997334489 citedByCount "169" @default.
- W1997334489 countsByYear W19973344892012 @default.
- W1997334489 countsByYear W19973344892013 @default.
- W1997334489 countsByYear W19973344892014 @default.
- W1997334489 countsByYear W19973344892015 @default.
- W1997334489 countsByYear W19973344892016 @default.
- W1997334489 countsByYear W19973344892017 @default.
- W1997334489 countsByYear W19973344892018 @default.
- W1997334489 countsByYear W19973344892019 @default.
- W1997334489 countsByYear W19973344892020 @default.
- W1997334489 countsByYear W19973344892021 @default.
- W1997334489 countsByYear W19973344892022 @default.
- W1997334489 countsByYear W19973344892023 @default.
- W1997334489 crossrefType "journal-article" @default.
- W1997334489 hasAuthorship W1997334489A5037509120 @default.
- W1997334489 hasAuthorship W1997334489A5043352780 @default.
- W1997334489 hasAuthorship W1997334489A5044818964 @default.
- W1997334489 hasAuthorship W1997334489A5054217094 @default.
- W1997334489 hasAuthorship W1997334489A5091087406 @default.
- W1997334489 hasConcept C127413603 @default.
- W1997334489 hasConcept C147789679 @default.
- W1997334489 hasConcept C150394285 @default.
- W1997334489 hasConcept C171250308 @default.
- W1997334489 hasConcept C17525397 @default.
- W1997334489 hasConcept C178790620 @default.
- W1997334489 hasConcept C185592680 @default.
- W1997334489 hasConcept C192562407 @default.
- W1997334489 hasConcept C2779064266 @default.
- W1997334489 hasConcept C42360764 @default.
- W1997334489 hasConcept C52859227 @default.
- W1997334489 hasConceptScore W1997334489C127413603 @default.
- W1997334489 hasConceptScore W1997334489C147789679 @default.