Matches in SemOpenAlex for { <https://semopenalex.org/work/W3000000551> ?p ?o ?g. }
- W3000000551 endingPage "88" @default.
- W3000000551 startingPage "79" @default.
- W3000000551 abstract "Abstract Tartaric acid (TA) is an important component of plant rhizosphere secretion, having a certain influence on the adsorption and desorption behavior of heavy metals in soil. Humin could serve as an environmentally compatible passivator of heavy metal in soil. The aims of this study were to simulate the adsorption of Pb (II) via humin in a soil solution, explore the effects of TA on the adsorption of Pb (II) by humin and elucidate the mechanism of its influence. The results indicated that the adsorption of Pb (II) on the surface of humin within and without TA was consistent with the Langmuir isotherm equation and the pseudo-secondary kinetic model (R2 > 0.99). The effect of TA on adsorption was related to the concentration of TA. With the increasing of TA concentration, the adsorption of Pb (II) by humin showed a peak change and the adsorption amount reached the maximum with 0.5 mmol L−1 humin, is 192.31 mg L−1 with 0.1 mmol TA. Basing on adsorption experiments and characterization of FTIR, SEM, EDX and XPS. It revealed that the oxygenated groups of TA can be combined with humin by hydrogen bonding, in the low concentration TA (less than 0.5 mmol L−1), which is equivalent to an increment of the carboxyl group on the surface of humin, thus adsorption amount was increased. The increasing of the concentration of TA led to an increment of free TA in the solution, which would complex with the lead ions in the solution, and indirectly reduce the amount of Pb(II) adsorption on the humin." @default.
- W3000000551 created "2020-01-23" @default.
- W3000000551 creator A5005711039 @default.
- W3000000551 creator A5024327910 @default.
- W3000000551 creator A5040127324 @default.
- W3000000551 creator A5049287879 @default.
- W3000000551 creator A5050309279 @default.
- W3000000551 creator A5051480539 @default.
- W3000000551 creator A5051900876 @default.
- W3000000551 creator A5068453052 @default.
- W3000000551 creator A5070310940 @default.
- W3000000551 creator A5071880985 @default.
- W3000000551 creator A5089120343 @default.
- W3000000551 date "2020-02-01" @default.
- W3000000551 modified "2023-09-27" @default.
- W3000000551 title "Effect of tartaric acid on the adsorption of Pb (Ⅱ) via humin: Kinetics and mechanism" @default.
- W3000000551 cites W1105449515 @default.
- W3000000551 cites W1970221053 @default.
- W3000000551 cites W1971372423 @default.
- W3000000551 cites W1976646228 @default.
- W3000000551 cites W1988685716 @default.
- W3000000551 cites W1997905977 @default.
- W3000000551 cites W2013600224 @default.
- W3000000551 cites W2025302394 @default.
- W3000000551 cites W2035020856 @default.
- W3000000551 cites W2035487504 @default.
- W3000000551 cites W2038504022 @default.
- W3000000551 cites W2041074239 @default.
- W3000000551 cites W2042792739 @default.
- W3000000551 cites W2052946854 @default.
- W3000000551 cites W2060716979 @default.
- W3000000551 cites W2061277483 @default.
- W3000000551 cites W2062895679 @default.
- W3000000551 cites W2062939598 @default.
- W3000000551 cites W2064052334 @default.
- W3000000551 cites W2065624596 @default.
- W3000000551 cites W2067164442 @default.
- W3000000551 cites W2067836330 @default.
- W3000000551 cites W2069563422 @default.
- W3000000551 cites W2070470338 @default.
- W3000000551 cites W2073799193 @default.
- W3000000551 cites W2074142222 @default.
- W3000000551 cites W2083266591 @default.
- W3000000551 cites W2083656407 @default.
- W3000000551 cites W2085580525 @default.
- W3000000551 cites W2088838732 @default.
- W3000000551 cites W2118931125 @default.
- W3000000551 cites W2134629631 @default.
- W3000000551 cites W2141610576 @default.
- W3000000551 cites W2295801495 @default.
- W3000000551 cites W2323385024 @default.
- W3000000551 cites W2330748329 @default.
- W3000000551 cites W2475731883 @default.
- W3000000551 cites W2494735490 @default.
- W3000000551 cites W2517389972 @default.
- W3000000551 cites W2519922228 @default.
- W3000000551 cites W2549277497 @default.
- W3000000551 cites W2549797511 @default.
- W3000000551 cites W2560029175 @default.
- W3000000551 cites W2560286932 @default.
- W3000000551 cites W2604805870 @default.
- W3000000551 cites W2624110374 @default.
- W3000000551 cites W2749891545 @default.
- W3000000551 cites W2753078767 @default.
- W3000000551 cites W2768277087 @default.
- W3000000551 cites W2774942736 @default.
- W3000000551 cites W2775138078 @default.
- W3000000551 cites W2782942660 @default.
- W3000000551 cites W2790194170 @default.
- W3000000551 cites W2794670649 @default.
- W3000000551 cites W2802751671 @default.
- W3000000551 cites W2807429232 @default.
- W3000000551 cites W2809583255 @default.
- W3000000551 cites W2888849941 @default.
- W3000000551 cites W2899025930 @default.
- W3000000551 cites W2900185982 @default.
- W3000000551 cites W2957197785 @default.
- W3000000551 cites W2961442695 @default.
- W3000000551 cites W2967025313 @default.
- W3000000551 cites W856248917 @default.
- W3000000551 doi "https://doi.org/10.1016/j.jtice.2019.11.012" @default.
- W3000000551 hasPublicationYear "2020" @default.
- W3000000551 type Work @default.
- W3000000551 sameAs 3000000551 @default.
- W3000000551 citedByCount "18" @default.
- W3000000551 countsByYear W30000005512021 @default.
- W3000000551 countsByYear W30000005512022 @default.
- W3000000551 countsByYear W30000005512023 @default.
- W3000000551 crossrefType "journal-article" @default.
- W3000000551 hasAuthorship W3000000551A5005711039 @default.
- W3000000551 hasAuthorship W3000000551A5024327910 @default.
- W3000000551 hasAuthorship W3000000551A5040127324 @default.
- W3000000551 hasAuthorship W3000000551A5049287879 @default.
- W3000000551 hasAuthorship W3000000551A5050309279 @default.
- W3000000551 hasAuthorship W3000000551A5051480539 @default.
- W3000000551 hasAuthorship W3000000551A5051900876 @default.
- W3000000551 hasAuthorship W3000000551A5068453052 @default.
- W3000000551 hasAuthorship W3000000551A5070310940 @default.