Matches in SemOpenAlex for { <https://semopenalex.org/work/W3108789912> ?p ?o ?g. }
- W3108789912 endingPage "125916" @default.
- W3108789912 startingPage "125916" @default.
- W3108789912 abstract "The present study introduces for the first time the effect of the cationic surfactant, cetyltrimethylammonium bromide (CTAB) on the adsorption capability of the boron-doped diamond (BDD) electrode for the sensing of environmental pollutants bisphenol A (BPA) and hydroquinone (HQ). Cathodic pretreatment of the electrode surface after an anodic pretreatment exhibited a best electrochemical response for these two phenolic compounds. The electrochemical characteristics of BPA and HQ were first sufficiently documented by cyclic voltammetry in aqueous solutions without the addition of surfactant over a shorter and longer potential range. Square-wave voltammetry was employed for a detailed study depending on the operational conditions (e.g., pH and nature of supporting electrolyte, concentration of CTAB, accumulation variables, instrumental parameters, etc.). The sensitivity of the voltammetric measurements for BPA and HQ was increased when CTAB was present in strong acidic media (more effective for BPA) due to its interaction with the neutral forms of the selected compounds on the hydrophobic surface of BDD electrode. Besides, a significant increase in the detecting sensitivity of BPA in CTAB-containing solutions could be obtained after applying an accumulation process. Using square-wave stripping mode (after 30 s accumulation at open-circuit condition) in 0.1 M H2SO4 containing 1 × 10−4 M CTAB, the limits of detection were found to be 0.05 μg/mL (2.19 × 10-7 M), and 0.23 μg/mL (2.09 × 10-6 M) for the simultaneous determination of BPA and HQ, respectively. In this way, modification-free BDD electrode could introduce an alternative to chemically modified electrodes for the analysis of environmental samples." @default.
- W3108789912 created "2020-12-07" @default.
- W3108789912 creator A5007654104 @default.
- W3108789912 creator A5012139614 @default.
- W3108789912 creator A5035707124 @default.
- W3108789912 creator A5075193050 @default.
- W3108789912 date "2021-02-01" @default.
- W3108789912 modified "2023-10-18" @default.
- W3108789912 title "The effect of CTAB, a cationic surfactant, on the adsorption ability of the boron-doped diamond electrode: Application for voltammetric sensing of Bisphenol A and Hydroquinone in water samples" @default.
- W3108789912 cites W127594635 @default.
- W3108789912 cites W1438800426 @default.
- W3108789912 cites W1540657861 @default.
- W3108789912 cites W1608369456 @default.
- W3108789912 cites W1658589092 @default.
- W3108789912 cites W1972475975 @default.
- W3108789912 cites W1973000777 @default.
- W3108789912 cites W1975898953 @default.
- W3108789912 cites W1977030185 @default.
- W3108789912 cites W1987418454 @default.
- W3108789912 cites W1992294408 @default.
- W3108789912 cites W1999216353 @default.
- W3108789912 cites W2002913289 @default.
- W3108789912 cites W2005650775 @default.
- W3108789912 cites W2006169249 @default.
- W3108789912 cites W2013365221 @default.
- W3108789912 cites W2014313990 @default.
- W3108789912 cites W2015007826 @default.
- W3108789912 cites W2016518197 @default.
- W3108789912 cites W2024784855 @default.
- W3108789912 cites W2026090185 @default.
- W3108789912 cites W2027245017 @default.
- W3108789912 cites W2027972639 @default.
- W3108789912 cites W2028377268 @default.
- W3108789912 cites W2032567811 @default.
- W3108789912 cites W2033330569 @default.
- W3108789912 cites W2033394008 @default.
- W3108789912 cites W2034833162 @default.
- W3108789912 cites W2048635158 @default.
- W3108789912 cites W2062979609 @default.
- W3108789912 cites W2064403178 @default.
- W3108789912 cites W2064692473 @default.
- W3108789912 cites W2068134435 @default.
- W3108789912 cites W2075810496 @default.
- W3108789912 cites W2076300866 @default.
- W3108789912 cites W2085724004 @default.
- W3108789912 cites W2090206755 @default.
- W3108789912 cites W2091143951 @default.
- W3108789912 cites W2095084723 @default.
- W3108789912 cites W2101101997 @default.
- W3108789912 cites W2111003871 @default.
- W3108789912 cites W2132692377 @default.
- W3108789912 cites W2155543607 @default.
- W3108789912 cites W2155581137 @default.
- W3108789912 cites W2157461782 @default.
- W3108789912 cites W2162272070 @default.
- W3108789912 cites W2162830803 @default.
- W3108789912 cites W2167234471 @default.
- W3108789912 cites W2223037677 @default.
- W3108789912 cites W2235003217 @default.
- W3108789912 cites W2279170431 @default.
- W3108789912 cites W2306728091 @default.
- W3108789912 cites W2309983099 @default.
- W3108789912 cites W2401619281 @default.
- W3108789912 cites W2418346806 @default.
- W3108789912 cites W2552519249 @default.
- W3108789912 cites W2556442631 @default.
- W3108789912 cites W2584388499 @default.
- W3108789912 cites W2606038364 @default.
- W3108789912 cites W2606321681 @default.
- W3108789912 cites W2619517825 @default.
- W3108789912 cites W2728440651 @default.
- W3108789912 cites W2735172093 @default.
- W3108789912 cites W2739242009 @default.
- W3108789912 cites W2742817700 @default.
- W3108789912 cites W2745090084 @default.
- W3108789912 cites W2746045790 @default.
- W3108789912 cites W2766889474 @default.
- W3108789912 cites W2771992132 @default.
- W3108789912 cites W2783223212 @default.
- W3108789912 cites W2789741914 @default.
- W3108789912 cites W2791873608 @default.
- W3108789912 cites W2794379456 @default.
- W3108789912 cites W2802255066 @default.
- W3108789912 cites W2802806677 @default.
- W3108789912 cites W2898512481 @default.
- W3108789912 cites W2903806714 @default.
- W3108789912 cites W2920853318 @default.
- W3108789912 cites W2946293350 @default.
- W3108789912 cites W2963468485 @default.
- W3108789912 cites W2972115332 @default.
- W3108789912 cites W2973616606 @default.
- W3108789912 cites W2974256365 @default.
- W3108789912 cites W2991563947 @default.
- W3108789912 cites W2995563854 @default.
- W3108789912 cites W3001079385 @default.
- W3108789912 cites W3004703798 @default.
- W3108789912 cites W3033557025 @default.
- W3108789912 cites W2960385077 @default.