Matches in SemOpenAlex for { <https://semopenalex.org/work/W2996659290> ?p ?o ?g. }
- W2996659290 endingPage "1467" @default.
- W2996659290 startingPage "1457" @default.
- W2996659290 abstract "New heterometallic complex [NiCu(NO3)2(H2O)2] (1) was prepared via the reaction of aqueous solutions of (oxalic acid, nickel nitrate and copper nitrate). Mixed oxide CuO-NiO was successfully obtained with different morphological structures (2) and (3) through the annealing of 1 at different temperature 300 °C and 600 °C, respectively. The materials were characterized using FT-IR, TGA, XRD and SEM. As showed from XRD data, with increasing the calcination temperature the crystallinity of CuO-NiO in sample 3 was improved and the diffraction peaks exhibited narrower and stronger than CuO-NiO in sample 2. The average size of CuO-NiO crystals obtained was calculated from Debye-Scherrer equation and found to be 16.65 nm. To assemble the working electrode of 2-aminophenol (2-AP) chemical sensor, a thin layer of CuO-NiO NPs was deposited on glassy carbon electrode (GCE) with conducting binder and used to detect 2-AP in aqueous medium successfully. The chemical sensor is exhibited the higher stability, good sensitivity (20.2729 μAmM−1 cm−2) and enhanced electrochemical activity at room conditions. Therefore, the fabricated chemical sensor with active CuO-NiO NPs may be an effective and sensitive sensor for detection of hazardous materials by reliable I–V method for broad scales environmental safety of and healthcare sectors." @default.
- W2996659290 created "2019-12-26" @default.
- W2996659290 creator A5018234201 @default.
- W2996659290 creator A5026207503 @default.
- W2996659290 creator A5030722559 @default.
- W2996659290 creator A5049781595 @default.
- W2996659290 creator A5076057888 @default.
- W2996659290 creator A5087568651 @default.
- W2996659290 creator A5090162550 @default.
- W2996659290 date "2020-03-01" @default.
- W2996659290 modified "2023-10-14" @default.
- W2996659290 title "Mixed oxides CuO-NiO fabricated for selective detection of 2-Aminophenol by electrochemical approach" @default.
- W2996659290 cites W1561213178 @default.
- W2996659290 cites W1756291009 @default.
- W2996659290 cites W1966114518 @default.
- W2996659290 cites W1973586594 @default.
- W2996659290 cites W1974734550 @default.
- W2996659290 cites W1978089094 @default.
- W2996659290 cites W1983514175 @default.
- W2996659290 cites W1984802767 @default.
- W2996659290 cites W1988599245 @default.
- W2996659290 cites W1991176933 @default.
- W2996659290 cites W1993430315 @default.
- W2996659290 cites W1993920185 @default.
- W2996659290 cites W1996334586 @default.
- W2996659290 cites W2005347813 @default.
- W2996659290 cites W2007214694 @default.
- W2996659290 cites W2009545351 @default.
- W2996659290 cites W2010859454 @default.
- W2996659290 cites W2011500365 @default.
- W2996659290 cites W2015086960 @default.
- W2996659290 cites W2015135652 @default.
- W2996659290 cites W2016340263 @default.
- W2996659290 cites W2019244473 @default.
- W2996659290 cites W2026777333 @default.
- W2996659290 cites W2028633235 @default.
- W2996659290 cites W2036359430 @default.
- W2996659290 cites W2036807337 @default.
- W2996659290 cites W2044237191 @default.
- W2996659290 cites W2045868636 @default.
- W2996659290 cites W2052253663 @default.
- W2996659290 cites W2054208563 @default.
- W2996659290 cites W2065348511 @default.
- W2996659290 cites W2070213321 @default.
- W2996659290 cites W2077585920 @default.
- W2996659290 cites W2079781081 @default.
- W2996659290 cites W2090710916 @default.
- W2996659290 cites W2090820834 @default.
- W2996659290 cites W2094712774 @default.
- W2996659290 cites W2105515773 @default.
- W2996659290 cites W2109562842 @default.
- W2996659290 cites W2115989600 @default.
- W2996659290 cites W2121891537 @default.
- W2996659290 cites W2127846522 @default.
- W2996659290 cites W2136660623 @default.
- W2996659290 cites W2354136796 @default.
- W2996659290 cites W2400490555 @default.
- W2996659290 cites W2480935214 @default.
- W2996659290 cites W2509887470 @default.
- W2996659290 cites W2567257597 @default.
- W2996659290 cites W2603360599 @default.
- W2996659290 cites W2607983943 @default.
- W2996659290 cites W2735481272 @default.
- W2996659290 cites W2740405376 @default.
- W2996659290 cites W2744204394 @default.
- W2996659290 cites W2772400767 @default.
- W2996659290 cites W277382314 @default.
- W2996659290 cites W2791133101 @default.
- W2996659290 cites W2806148256 @default.
- W2996659290 cites W2921346318 @default.
- W2996659290 cites W2927085920 @default.
- W2996659290 cites W2938424951 @default.
- W2996659290 cites W2950351366 @default.
- W2996659290 cites W2967920406 @default.
- W2996659290 cites W4382022361 @default.
- W2996659290 cites W68862212 @default.
- W2996659290 doi "https://doi.org/10.1016/j.jmrt.2019.11.071" @default.
- W2996659290 hasPublicationYear "2020" @default.
- W2996659290 type Work @default.
- W2996659290 sameAs 2996659290 @default.
- W2996659290 citedByCount "36" @default.
- W2996659290 countsByYear W29966592902020 @default.
- W2996659290 countsByYear W29966592902021 @default.
- W2996659290 countsByYear W29966592902022 @default.
- W2996659290 countsByYear W29966592902023 @default.
- W2996659290 crossrefType "journal-article" @default.
- W2996659290 hasAuthorship W2996659290A5018234201 @default.
- W2996659290 hasAuthorship W2996659290A5026207503 @default.
- W2996659290 hasAuthorship W2996659290A5030722559 @default.
- W2996659290 hasAuthorship W2996659290A5049781595 @default.
- W2996659290 hasAuthorship W2996659290A5076057888 @default.
- W2996659290 hasAuthorship W2996659290A5087568651 @default.
- W2996659290 hasAuthorship W2996659290A5090162550 @default.
- W2996659290 hasBestOaLocation W29966592901 @default.
- W2996659290 hasConcept C113196181 @default.
- W2996659290 hasConcept C127413603 @default.
- W2996659290 hasConcept C147789679 @default.
- W2996659290 hasConcept C159985019 @default.