Matches in SemOpenAlex for { <https://semopenalex.org/work/W2789553619> ?p ?o ?g. }
- W2789553619 endingPage "47" @default.
- W2789553619 startingPage "40" @default.
- W2789553619 abstract "Abstract Graphitic-C3N4 (g-C3N4) nanosheets were synthesized successfully and characterized by SEM, TEM, FI-TR, XRD, BET and XPS. A series of experimental results for the removal of Pb(II) and Cd(II) from wastewater were investigated. The g-C3N4 nanosheets exhibited high adsorption capacity towards Pb(II) and Cd(II), which can reach 395.54 mg/g and 206.40 mg/g at T = 333 K, pH = 6.3, CNaNO3 = 0.01 mol/L. The adsorption kinetics of Pb(II) and Cd(II) complied with the pseudo-second-order model. The Freundlich and Langmuir models were used to simulate the adsorption isotherms of Pb(II) and Cd(II), and the results revealed that the adsorption of Pb(II) on g-C3N4 nanosheets coincided with monolayer adsorption, while the Cd(II) on g-C3N4 nanosheets coincided with multilayer adsorption. The thermodynamic parameters (ΔG0 0) revealed that the adsorption process was a spontaneous endothermic process. The experimental results revealed that the as-prepared g-C3N4 nanosheets can be utilized as a friendly, efficient and economical adsorbent for the purification of wastewater." @default.
- W2789553619 created "2018-03-29" @default.
- W2789553619 creator A5005724856 @default.
- W2789553619 creator A5015150923 @default.
- W2789553619 creator A5018880178 @default.
- W2789553619 creator A5023210082 @default.
- W2789553619 creator A5023403653 @default.
- W2789553619 creator A5030490832 @default.
- W2789553619 creator A5033997209 @default.
- W2789553619 creator A5036534932 @default.
- W2789553619 creator A5051851117 @default.
- W2789553619 creator A5063845459 @default.
- W2789553619 creator A5078499762 @default.
- W2789553619 creator A5084221679 @default.
- W2789553619 creator A5087568651 @default.
- W2789553619 date "2018-05-01" @default.
- W2789553619 modified "2023-09-30" @default.
- W2789553619 title "Impact of key geochemical parameters on the highly efficient sequestration of Pb(II) and Cd(II) in water using g-C3N4 nanosheets" @default.
- W2789553619 cites W1162019710 @default.
- W2789553619 cites W1970338045 @default.
- W2789553619 cites W1971773162 @default.
- W2789553619 cites W1974285157 @default.
- W2789553619 cites W1985586923 @default.
- W2789553619 cites W1986142792 @default.
- W2789553619 cites W1987020734 @default.
- W2789553619 cites W1997145024 @default.
- W2789553619 cites W2001413912 @default.
- W2789553619 cites W2008618029 @default.
- W2789553619 cites W2016132486 @default.
- W2789553619 cites W2017354934 @default.
- W2789553619 cites W2018318031 @default.
- W2789553619 cites W2020567044 @default.
- W2789553619 cites W2023742807 @default.
- W2789553619 cites W2024986425 @default.
- W2789553619 cites W2027158281 @default.
- W2789553619 cites W2036330748 @default.
- W2789553619 cites W2036829022 @default.
- W2789553619 cites W2036847179 @default.
- W2789553619 cites W2036973967 @default.
- W2789553619 cites W2041892203 @default.
- W2789553619 cites W2042953363 @default.
- W2789553619 cites W2055083523 @default.
- W2789553619 cites W2058061670 @default.
- W2789553619 cites W2062088271 @default.
- W2789553619 cites W2062173265 @default.
- W2789553619 cites W2064730258 @default.
- W2789553619 cites W2074417939 @default.
- W2789553619 cites W2075519939 @default.
- W2789553619 cites W2076231656 @default.
- W2789553619 cites W2087186749 @default.
- W2789553619 cites W2087807625 @default.
- W2789553619 cites W2099440267 @default.
- W2789553619 cites W2101605491 @default.
- W2789553619 cites W2112017750 @default.
- W2789553619 cites W2141203185 @default.
- W2789553619 cites W2160092711 @default.
- W2789553619 cites W2160697207 @default.
- W2789553619 cites W2165902982 @default.
- W2789553619 cites W2167821865 @default.
- W2789553619 cites W2179113257 @default.
- W2789553619 cites W2190182507 @default.
- W2789553619 cites W2209296072 @default.
- W2789553619 cites W2273318651 @default.
- W2789553619 cites W2275551832 @default.
- W2789553619 cites W2278527395 @default.
- W2789553619 cites W2313670161 @default.
- W2789553619 cites W2316921421 @default.
- W2789553619 cites W2318241648 @default.
- W2789553619 cites W2325565267 @default.
- W2789553619 cites W2330246753 @default.
- W2789553619 cites W2334160541 @default.
- W2789553619 cites W2340504513 @default.
- W2789553619 cites W2510758359 @default.
- W2789553619 cites W2534403963 @default.
- W2789553619 cites W2555861650 @default.
- W2789553619 cites W2563111712 @default.
- W2789553619 cites W2591078672 @default.
- W2789553619 cites W2592785933 @default.
- W2789553619 cites W2600743091 @default.
- W2789553619 cites W2604991307 @default.
- W2789553619 cites W2614088291 @default.
- W2789553619 cites W2614119799 @default.
- W2789553619 cites W2616342414 @default.
- W2789553619 cites W2624355098 @default.
- W2789553619 cites W2624468372 @default.
- W2789553619 cites W2627244113 @default.
- W2789553619 cites W2694394823 @default.
- W2789553619 cites W2738326781 @default.
- W2789553619 cites W2738777203 @default.
- W2789553619 cites W2750585470 @default.
- W2789553619 cites W2757188414 @default.
- W2789553619 cites W2761195385 @default.
- W2789553619 cites W2766691557 @default.
- W2789553619 cites W4233396579 @default.
- W2789553619 cites W4253264580 @default.
- W2789553619 cites W580616780 @default.
- W2789553619 cites W640631091 @default.
- W2789553619 cites W764822997 @default.