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• W2845793721 endingPage "48" @default.
• W2845793721 startingPage "33" @default.
• W2845793721 abstract "A highly conductive thin film composite based on silver nanoparticles (AgNPs) and malic acid (MA) was deposited on glassy carbon electrode (GCE) for the selective and sensitive electrochemical sensing of trichloroacetic acid (TCA). The casting solution containing MA functionalized AgNPs was employed as a precursor for the thermal deposition of the AgNPs integrated MA thin film composite onto the GCE surface. The uniform coverage of AgNPs within the thin film composite at GCE was obtained by field emission scanning electron microscopy (FESEM). A significantly high charge transfer resistance of the modified electrode (85.7 Ω for AgNPs-MA/GCE in 2 mM [Fe(CN)6]3-/4- at a bias of +0.235 V as compared to bare GCE (38.01 Ω) verified the optimum coating of AgNPs-MA composite at the surface of the electrode. The AgNPs-MA composite deposited GCE revealed substantial electrocatalytic activity toward TCA reduction with significantly enhanced reduction current. The novel electrode manifested a linear square wave voltammetric (SWV) response over the concentration ranges of 0.1–2 (R2 = 0.9953) and 4-100 μM (R2 = 0.9969) with a limit of detection (LOD) and limit of quantification (LOQ) of 30 nM and 92.5 nM, respectively. The modified electrode exhibited an excellent long-term stability (30 days) with the retention of >95% of initial current. The selectivity of the proposed electrode for the determination of TCA was examined in the presence of dichloroacetic acid (DCA) and monochloroacetic acid (MCA) with the retention of high recovery percentages." @default.
• W2845793721 created "2018-07-19" @default.
• W2845793721 creator A5038780085 @default.
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• W2845793721 date "2018-12-01" @default.
• W2845793721 modified "2023-09-29" @default.
• W2845793721 title "A highly conductive thin film composite based on silver nanoparticles and malic acid for selective electrochemical sensing of trichloroacetic acid" @default.
• W2845793721 cites W1964851993 @default.
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• W2845793721 cites W1974067789 @default.
• W2845793721 cites W1978943620 @default.
• W2845793721 cites W1988323633 @default.
• W2845793721 cites W1993112689 @default.
• W2845793721 cites W1994480476 @default.
• W2845793721 cites W2000387401 @default.
• W2845793721 cites W2002710907 @default.
• W2845793721 cites W2005906133 @default.
• W2845793721 cites W2013686873 @default.
• W2845793721 cites W2016473178 @default.
• W2845793721 cites W2019875924 @default.
• W2845793721 cites W2026734413 @default.
• W2845793721 cites W2029528198 @default.
• W2845793721 cites W2032296440 @default.
• W2845793721 cites W2036570404 @default.
• W2845793721 cites W2039429313 @default.
• W2845793721 cites W2039903883 @default.
• W2845793721 cites W2044844958 @default.
• W2845793721 cites W2048046227 @default.
• W2845793721 cites W2050148509 @default.
• W2845793721 cites W2050694996 @default.
• W2845793721 cites W2051039901 @default.
• W2845793721 cites W2052253663 @default.
• W2845793721 cites W2053957661 @default.
• W2845793721 cites W2061171424 @default.
• W2845793721 cites W2062430420 @default.
• W2845793721 cites W2063575370 @default.
• W2845793721 cites W2073331143 @default.
• W2845793721 cites W2075700615 @default.
• W2845793721 cites W2077133998 @default.
• W2845793721 cites W2089062576 @default.
• W2845793721 cites W2089528254 @default.
• W2845793721 cites W2100557588 @default.
• W2845793721 cites W2102641251 @default.
• W2845793721 cites W2102900054 @default.
• W2845793721 cites W2103370249 @default.
• W2845793721 cites W2105263431 @default.
• W2845793721 cites W2108699743 @default.
• W2845793721 cites W2122371723 @default.
• W2845793721 cites W2131929025 @default.
• W2845793721 cites W2137802568 @default.
• W2845793721 cites W2139359560 @default.
• W2845793721 cites W2149161478 @default.
• W2845793721 cites W2151311304 @default.
• W2845793721 cites W2152812611 @default.
• W2845793721 cites W2160440968 @default.
• W2845793721 cites W2168633562 @default.
• W2845793721 cites W2171543143 @default.
• W2845793721 cites W2208412857 @default.
• W2845793721 cites W2298591544 @default.
• W2845793721 cites W2302636026 @default.
• W2845793721 cites W2332065884 @default.
• W2845793721 cites W2396231403 @default.
• W2845793721 cites W2426157087 @default.
• W2845793721 cites W2500908032 @default.
• W2845793721 cites W2551018847 @default.
• W2845793721 cites W2569345209 @default.
• W2845793721 cites W2604064506 @default.
• W2845793721 cites W2644642324 @default.
• W2845793721 cites W2745795670 @default.
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• W2845793721 cites W2764028319 @default.
• W2845793721 cites W2766085136 @default.
• W2845793721 cites W2782534555 @default.
• W2845793721 cites W600286403 @default.
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• W2845793721 doi "https://doi.org/10.1016/j.aca.2018.06.084" @default.
• W2845793721 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30253835" @default.
• W2845793721 hasPublicationYear "2018" @default.
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