Matches in SemOpenAlex for { <https://semopenalex.org/work/W3159309384> ?p ?o ?g. }
- W3159309384 endingPage "106311" @default.
- W3159309384 startingPage "106311" @default.
- W3159309384 abstract "Excessive phosphate could cause not only eutrophication of environment water, but also human diseases, such as hyperphosphatemia. Hence study of analytical technology of phosphate becomes important. This report based on silanized multi-walled carbon nanotubes (MWCNTs-SH) combined with Au nanoparticles (AuNPs) was presented for the quick and cost-effective determination of inorganic phosphate in freshwater. The MWCNTs-SH could realize approximately 2-fold increase in catalytic response current of molybdophosphate complex, in comparison with pristine MWCNTs. That could be interpreted that nanotube structures with nano-defects and conical shaped emission centers formed on the outer of wall could increase effective surface area of electrode and surface potential of electric double layer. Square wave voltammetry (SWV) was used to quantify the concentration of phosphate, and a sequential injection (SI) system was employed to realize automated solution handling and on-line monitoring in the design drawing. The sensor presented short response time of 8 s to phosphate with linear range from 0.5 to 15 mg L−1 and a detection limit of 0.3 mg L−1. Importantly, the favorable recovery rates of 106.6% ± 10.33% were achieved by detecting real water, and the data were verified by the standard spectrophotometry, showing that the work provided an efficient and promising strategy for phosphate monitoring in the environment filed." @default.
- W3159309384 created "2021-05-10" @default.
- W3159309384 creator A5002848694 @default.
- W3159309384 creator A5023016639 @default.
- W3159309384 creator A5027389756 @default.
- W3159309384 creator A5027538058 @default.
- W3159309384 creator A5027643931 @default.
- W3159309384 creator A5031994816 @default.
- W3159309384 creator A5044728698 @default.
- W3159309384 creator A5056530124 @default.
- W3159309384 date "2021-08-01" @default.
- W3159309384 modified "2023-10-13" @default.
- W3159309384 title "Sequential injection-square wave voltammetric sensor for phosphate detection in freshwater using silanized multi-walled carbon nanotubes and gold nanoparticles" @default.
- W3159309384 cites W1966367128 @default.
- W3159309384 cites W1971548064 @default.
- W3159309384 cites W1976007487 @default.
- W3159309384 cites W1978295080 @default.
- W3159309384 cites W1979923476 @default.
- W3159309384 cites W1982564635 @default.
- W3159309384 cites W1983794936 @default.
- W3159309384 cites W1987093672 @default.
- W3159309384 cites W1998055346 @default.
- W3159309384 cites W2001000875 @default.
- W3159309384 cites W2004605672 @default.
- W3159309384 cites W2020339645 @default.
- W3159309384 cites W2029015925 @default.
- W3159309384 cites W2033674166 @default.
- W3159309384 cites W2036505770 @default.
- W3159309384 cites W2038019519 @default.
- W3159309384 cites W2041199200 @default.
- W3159309384 cites W2049764852 @default.
- W3159309384 cites W2055719276 @default.
- W3159309384 cites W2057777879 @default.
- W3159309384 cites W2058052537 @default.
- W3159309384 cites W2060046602 @default.
- W3159309384 cites W2062268150 @default.
- W3159309384 cites W2062900086 @default.
- W3159309384 cites W2068858029 @default.
- W3159309384 cites W2074309041 @default.
- W3159309384 cites W2075435443 @default.
- W3159309384 cites W2075784954 @default.
- W3159309384 cites W2079269289 @default.
- W3159309384 cites W2092705896 @default.
- W3159309384 cites W2095322809 @default.
- W3159309384 cites W2100845036 @default.
- W3159309384 cites W2118524778 @default.
- W3159309384 cites W2118776185 @default.
- W3159309384 cites W2138405625 @default.
- W3159309384 cites W2139070917 @default.
- W3159309384 cites W2211009786 @default.
- W3159309384 cites W2255030467 @default.
- W3159309384 cites W2277380589 @default.
- W3159309384 cites W2297982481 @default.
- W3159309384 cites W2332947047 @default.
- W3159309384 cites W2344920230 @default.
- W3159309384 cites W2487236837 @default.
- W3159309384 cites W2504427919 @default.
- W3159309384 cites W2549902480 @default.
- W3159309384 cites W2571536140 @default.
- W3159309384 cites W2595691331 @default.
- W3159309384 cites W2610564575 @default.
- W3159309384 cites W2754138344 @default.
- W3159309384 cites W2780943762 @default.
- W3159309384 cites W2797954619 @default.
- W3159309384 cites W2890931040 @default.
- W3159309384 cites W2891750876 @default.
- W3159309384 cites W2903104898 @default.
- W3159309384 cites W2922252446 @default.
- W3159309384 cites W2954065982 @default.
- W3159309384 cites W2956071725 @default.
- W3159309384 cites W2970272787 @default.
- W3159309384 cites W2997534915 @default.
- W3159309384 cites W3021360765 @default.
- W3159309384 cites W3022700366 @default.
- W3159309384 cites W3046944900 @default.
- W3159309384 cites W3080235796 @default.
- W3159309384 cites W3087579302 @default.
- W3159309384 cites W814784033 @default.
- W3159309384 doi "https://doi.org/10.1016/j.microc.2021.106311" @default.
- W3159309384 hasPublicationYear "2021" @default.
- W3159309384 type Work @default.
- W3159309384 sameAs 3159309384 @default.
- W3159309384 citedByCount "8" @default.
- W3159309384 countsByYear W31593093842022 @default.
- W3159309384 countsByYear W31593093842023 @default.
- W3159309384 crossrefType "journal-article" @default.
- W3159309384 hasAuthorship W3159309384A5002848694 @default.
- W3159309384 hasAuthorship W3159309384A5023016639 @default.
- W3159309384 hasAuthorship W3159309384A5027389756 @default.
- W3159309384 hasAuthorship W3159309384A5027538058 @default.
- W3159309384 hasAuthorship W3159309384A5027643931 @default.
- W3159309384 hasAuthorship W3159309384A5031994816 @default.
- W3159309384 hasAuthorship W3159309384A5044728698 @default.
- W3159309384 hasAuthorship W3159309384A5056530124 @default.
- W3159309384 hasConcept C10349863 @default.
- W3159309384 hasConcept C104819515 @default.
- W3159309384 hasConcept C113196181 @default.
- W3159309384 hasConcept C119128265 @default.