FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2778468486> ?p ?o ?g. }

• W2778468486 endingPage "219" @default.
• W2778468486 startingPage "210" @default.
• W2778468486 abstract "Abstract A novel composite adsorbent (ST-CTA-SS) composed of starch-3-chloro-2-hydroxypropyl triethyl ammonium chloride (ST-CTA) and micro silica-sand (SS) was prepared simply, with the characteristics of environmental-friendliness and low cost. A variety of techniques were used for characterizing the surface morphology, molecular structure, and settleability of this composite adsorbent. ST-CTA-SS was applied to the removal of arsenate [As(V)] and two anionic dyes, acid green 25 (AG25) and methyl orange (MO), from water in respective single and two metal-dye binary systems. ST-CTA-SS shows a marked improvement of the adsorption capacities for the aforementioned three pollutants, which is attributed to the prominent composited structure compared with ST-CTA without SS. The adsorption capacities of ST-CTA-SS for AG25, MO, and As(V) are up to approximately 912.6 ± 44.6, 458.7 ± 21.3, and 76.63 ± 3.53 mg g−1, respectively, and the adsorption saturations for those three pollutants are all achieved within 20 min. Moreover, this composite adsorbent always exhibited highly selective adsorption of dyes, either MO or AG25, over As(V) from their aqueous mixtures. After saturated adsorption, ST-CTA-SS could be rapidly settled and separated from water due to the imbedded SS, which could be easily regenerated by dilute NaOH solutions. This starch-based composite adsorbent thus owns significant application potentials in water treatment." @default.
• W2778468486 created "2018-01-05" @default.
• W2778468486 creator A5040367016 @default.
• W2778468486 creator A5042156896 @default.
• W2778468486 creator A5075716358 @default.
• W2778468486 creator A5086972058 @default.
• W2778468486 date "2018-06-01" @default.
• W2778468486 modified "2023-10-14" @default.
• W2778468486 title "Highly selective adsorption of dyes and arsenate from their aqueous mixtures using a silica-sand/cationized-starch composite" @default.
• W2778468486 cites W1947567567 @default.
• W2778468486 cites W1964932888 @default.
• W2778468486 cites W1972464599 @default.
• W2778468486 cites W1973745391 @default.
• W2778468486 cites W1977413444 @default.
• W2778468486 cites W1977911431 @default.
• W2778468486 cites W1979064412 @default.
• W2778468486 cites W1983878125 @default.
• W2778468486 cites W1986113254 @default.
• W2778468486 cites W1992301911 @default.
• W2778468486 cites W1993612803 @default.
• W2778468486 cites W1994380633 @default.
• W2778468486 cites W1994948464 @default.
• W2778468486 cites W1995157919 @default.
• W2778468486 cites W2003648205 @default.
• W2778468486 cites W2005266146 @default.
• W2778468486 cites W2009420486 @default.
• W2778468486 cites W2010812522 @default.
• W2778468486 cites W2011929245 @default.
• W2778468486 cites W2012106612 @default.
• W2778468486 cites W2012270576 @default.
• W2778468486 cites W2015422804 @default.
• W2778468486 cites W2017875604 @default.
• W2778468486 cites W2018405102 @default.
• W2778468486 cites W2018531838 @default.
• W2778468486 cites W2020159290 @default.
• W2778468486 cites W2027132460 @default.
• W2778468486 cites W2027909693 @default.
• W2778468486 cites W2031970651 @default.
• W2778468486 cites W2036139564 @default.
• W2778468486 cites W2038045197 @default.
• W2778468486 cites W2038445054 @default.
• W2778468486 cites W2039047060 @default.
• W2778468486 cites W2052988335 @default.
• W2778468486 cites W2055416267 @default.
• W2778468486 cites W2056145264 @default.
• W2778468486 cites W2057747033 @default.
• W2778468486 cites W2063084254 @default.
• W2778468486 cites W2064493562 @default.
• W2778468486 cites W2067045519 @default.
• W2778468486 cites W2067609431 @default.
• W2778468486 cites W2068784674 @default.
• W2778468486 cites W2072025257 @default.
• W2778468486 cites W2075987542 @default.
• W2778468486 cites W2079842815 @default.
• W2778468486 cites W2081612482 @default.
• W2778468486 cites W2087799467 @default.
• W2778468486 cites W2088016474 @default.
• W2778468486 cites W2089239064 @default.
• W2778468486 cites W2091354194 @default.
• W2778468486 cites W2091777721 @default.
• W2778468486 cites W2099753445 @default.
• W2778468486 cites W2149174934 @default.
• W2778468486 cites W2159232912 @default.
• W2778468486 cites W2164052036 @default.
• W2778468486 cites W2191884425 @default.
• W2778468486 cites W2286465718 @default.
• W2778468486 cites W2304214775 @default.
• W2778468486 cites W2317704162 @default.
• W2778468486 cites W2319167964 @default.
• W2778468486 cites W2323328544 @default.
• W2778468486 cites W2326420794 @default.
• W2778468486 cites W2344496217 @default.
• W2778468486 cites W2422814097 @default.
• W2778468486 cites W2462226888 @default.
• W2778468486 cites W2499579221 @default.
• W2778468486 cites W2559996518 @default.
• W2778468486 cites W2562082361 @default.
• W2778468486 cites W2578374865 @default.
• W2778468486 cites W2601891219 @default.
• W2778468486 cites W2605437581 @default.
• W2778468486 cites W4231639414 @default.
• W2778468486 cites W433480644 @default.
• W2778468486 cites W904240270 @default.
• W2778468486 cites W971899715 @default.
• W2778468486 doi "https://doi.org/10.1016/j.micromeso.2017.12.025" @default.
• W2778468486 hasPublicationYear "2018" @default.
• W2778468486 type Work @default.
• W2778468486 sameAs 2778468486 @default.
• W2778468486 citedByCount "25" @default.
• W2778468486 countsByYear W27784684862019 @default.
• W2778468486 countsByYear W27784684862020 @default.
• W2778468486 countsByYear W27784684862021 @default.
• W2778468486 countsByYear W27784684862022 @default.
• W2778468486 countsByYear W27784684862023 @default.
• W2778468486 crossrefType "journal-article" @default.
• W2778468486 hasAuthorship W2778468486A5040367016 @default.
• W2778468486 hasAuthorship W2778468486A5042156896 @default.
• W2778468486 hasAuthorship W2778468486A5075716358 @default.

• next