FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3210744900> ?p ?o ?g. }

• W3210744900 endingPage "102413" @default.
• W3210744900 startingPage "102413" @default.
• W3210744900 abstract "Development and designing of heavy metal ion separation systems from wastewater play a essential role in environmental protection. For this purpose, in this research, we modeled the synthetic wastewater samples and investigated the capabilities of nano-porous silicon carbide membranes (SiC) with fluorine, nitrogen, and hydroxyl-atom decorated pores under hydrostatic pressures. Increase of applied pressure on SiC with larger pore diameters had more intense effects on water flux and ion rejection. It was also found that, due to different electronic properties of decorated atoms in the edge of pores, which played important roles in their interactions with water molecules and metal ions, as well as energy barrier and permeation, water flux and ion injection were improved. The potential of mean force (PMF) calculation showed that the energy barrier for passing through functionalized pores was higher for metal ions and lower for water molecules. The presence of functional groups in the edge of SiC pores provided selective ion rejection property which was highest for Zn2+ ions. PMF analysis results proved that the PMF values of metal ions were in the following comparative order: [email protected]>[email protected]>[email protected]>SiC. It was also observed that increase in temperature significantly increased water flux and decreased ion rejection. Also, SiC membrane separation systems improved ion rejection in the presence of electric field along the opposite direction of piston movement, which was more intense in functionalized membranes and results indicated that in voltage of 200 mV/Å had the best ion rejection of about 98%." @default.
• W3210744900 created "2021-11-08" @default.
• W3210744900 creator A5001310602 @default.
• W3210744900 creator A5027048459 @default.
• W3210744900 creator A5067706359 @default.
• W3210744900 creator A5091779273 @default.
• W3210744900 date "2021-12-01" @default.
• W3210744900 modified "2023-10-14" @default.
• W3210744900 title "Enhanced removal efficiency of heavy metal ions from wastewater through functionalized silicon carbide membrane: A theoretical study" @default.
• W3210744900 cites W1877963214 @default.
• W3210744900 cites W1966367420 @default.
• W3210744900 cites W1985641995 @default.
• W3210744900 cites W1991136643 @default.
• W3210744900 cites W1993522041 @default.
• W3210744900 cites W2003949305 @default.
• W3210744900 cites W2029667189 @default.
• W3210744900 cites W2033465655 @default.
• W3210744900 cites W2033658921 @default.
• W3210744900 cites W2035687084 @default.
• W3210744900 cites W2054103452 @default.
• W3210744900 cites W2055638681 @default.
• W3210744900 cites W2055645754 @default.
• W3210744900 cites W2060079863 @default.
• W3210744900 cites W2064367138 @default.
• W3210744900 cites W2068789880 @default.
• W3210744900 cites W2069266532 @default.
• W3210744900 cites W2072429909 @default.
• W3210744900 cites W2073628133 @default.
• W3210744900 cites W2080106202 @default.
• W3210744900 cites W2084616705 @default.
• W3210744900 cites W2089928178 @default.
• W3210744900 cites W2090032284 @default.
• W3210744900 cites W2090350391 @default.
• W3210744900 cites W2094876446 @default.
• W3210744900 cites W2121397451 @default.
• W3210744900 cites W2125819763 @default.
• W3210744900 cites W2158932701 @default.
• W3210744900 cites W2257939807 @default.
• W3210744900 cites W2322780960 @default.
• W3210744900 cites W2334931385 @default.
• W3210744900 cites W2408792935 @default.
• W3210744900 cites W2470345718 @default.
• W3210744900 cites W2530731371 @default.
• W3210744900 cites W2569520958 @default.
• W3210744900 cites W2620581083 @default.
• W3210744900 cites W2734656104 @default.
• W3210744900 cites W2735234080 @default.
• W3210744900 cites W2740076016 @default.
• W3210744900 cites W2744203634 @default.
• W3210744900 cites W2750072557 @default.
• W3210744900 cites W2756204387 @default.
• W3210744900 cites W2758023539 @default.
• W3210744900 cites W2782885419 @default.
• W3210744900 cites W2790747969 @default.
• W3210744900 cites W2806611465 @default.
• W3210744900 cites W2888172293 @default.
• W3210744900 cites W2903629403 @default.
• W3210744900 cites W2913956721 @default.
• W3210744900 cites W2918311252 @default.
• W3210744900 cites W2921691021 @default.
• W3210744900 cites W2950672899 @default.
• W3210744900 cites W2952503975 @default.
• W3210744900 cites W2954984893 @default.
• W3210744900 cites W2963626299 @default.
• W3210744900 cites W2965389711 @default.
• W3210744900 cites W2965972938 @default.
• W3210744900 cites W2966136701 @default.
• W3210744900 cites W2991037045 @default.
• W3210744900 cites W2997479639 @default.
• W3210744900 cites W3002596537 @default.
• W3210744900 cites W3010795114 @default.
• W3210744900 cites W3012611112 @default.
• W3210744900 cites W3016822818 @default.
• W3210744900 cites W3029922779 @default.
• W3210744900 cites W3036290434 @default.
• W3210744900 cites W3042827647 @default.
• W3210744900 cites W3046550265 @default.
• W3210744900 cites W3086032197 @default.
• W3210744900 cites W3106491755 @default.
• W3210744900 cites W3128435615 @default.
• W3210744900 cites W3133005068 @default.
• W3210744900 cites W3134446032 @default.
• W3210744900 cites W3135063013 @default.
• W3210744900 cites W3137515432 @default.
• W3210744900 cites W3164685968 @default.
• W3210744900 cites W4243616280 @default.
• W3210744900 doi "https://doi.org/10.1016/j.jwpe.2021.102413" @default.
• W3210744900 hasPublicationYear "2021" @default.
• W3210744900 type Work @default.
• W3210744900 sameAs 3210744900 @default.
• W3210744900 citedByCount "5" @default.
• W3210744900 countsByYear W32107449002022 @default.
• W3210744900 countsByYear W32107449002023 @default.
• W3210744900 crossrefType "journal-article" @default.
• W3210744900 hasAuthorship W3210744900A5001310602 @default.
• W3210744900 hasAuthorship W3210744900A5027048459 @default.
• W3210744900 hasAuthorship W3210744900A5067706359 @default.
• W3210744900 hasAuthorship W3210744900A5091779273 @default.

• next