Matches in SemOpenAlex for { <https://semopenalex.org/work/W2585429272> ?p ?o ?g. }
- W2585429272 endingPage "127" @default.
- W2585429272 startingPage "120" @default.
- W2585429272 abstract "Molecular dynamics simulations were employed to investigate water desalination through functionalized nanoporous graphene membranes. Six graphene membranes were considered in which the carbon atoms of the pores were terminated by hydrogen or hydroxyl functional groups. The results demonstrate that water desalination occurs under external pressure and water flux permeating the membranes scales linearly with external pressure and pore diameter. The hierarchy of water flux through the functionalized graphene membranes was explained by potential of mean force. The salt rejection from smallest pore was 100% and decreases as pore diameter increases. Both Na+ and Cl− ions permeate through membrane with the largest pore, and the selectivity of the ions permeating exhibits a significant correlation with functional group. The designed graphene membrane shows excellent performance in terms of both salt rejection and water transport. Ultrahigh water permeance of 785.6 L per m2·h·bar obtained is two or three orders of magnitude higher than current commercially available reverse osmosis (RO) and nanofiltration membranes. This simulation study provides a microscopic insight into water desalination in various functionalized graphene membranes and reveals governing factor for water flux and also suggests a potential candidate as a RO membrane." @default.
- W2585429272 created "2017-02-10" @default.
- W2585429272 creator A5009515596 @default.
- W2585429272 creator A5037373363 @default.
- W2585429272 creator A5044701012 @default.
- W2585429272 creator A5053924750 @default.
- W2585429272 creator A5066871408 @default.
- W2585429272 date "2017-05-01" @default.
- W2585429272 modified "2023-10-18" @default.
- W2585429272 title "Molecular dynamics study on water desalination through functionalized nanoporous graphene" @default.
- W2585429272 cites W1279427263 @default.
- W2585429272 cites W1585019511 @default.
- W2585429272 cites W1792161432 @default.
- W2585429272 cites W1928037744 @default.
- W2585429272 cites W1966078827 @default.
- W2585429272 cites W1967284026 @default.
- W2585429272 cites W1967752584 @default.
- W2585429272 cites W1970829829 @default.
- W2585429272 cites W1976499671 @default.
- W2585429272 cites W1978088653 @default.
- W2585429272 cites W1981392605 @default.
- W2585429272 cites W1987150242 @default.
- W2585429272 cites W1989331926 @default.
- W2585429272 cites W1991494923 @default.
- W2585429272 cites W1996340532 @default.
- W2585429272 cites W1998102597 @default.
- W2585429272 cites W1998872813 @default.
- W2585429272 cites W2001979196 @default.
- W2585429272 cites W2003296526 @default.
- W2585429272 cites W2003301392 @default.
- W2585429272 cites W2005403464 @default.
- W2585429272 cites W2008466418 @default.
- W2585429272 cites W2008770377 @default.
- W2585429272 cites W2009383928 @default.
- W2585429272 cites W2012055701 @default.
- W2585429272 cites W2012270576 @default.
- W2585429272 cites W2013194157 @default.
- W2585429272 cites W2014361368 @default.
- W2585429272 cites W2022336433 @default.
- W2585429272 cites W2027408247 @default.
- W2585429272 cites W2031272029 @default.
- W2585429272 cites W2032674777 @default.
- W2585429272 cites W2033590759 @default.
- W2585429272 cites W2033879426 @default.
- W2585429272 cites W2034880918 @default.
- W2585429272 cites W2037330659 @default.
- W2585429272 cites W2038519070 @default.
- W2585429272 cites W2045238980 @default.
- W2585429272 cites W2046034814 @default.
- W2585429272 cites W2052357258 @default.
- W2585429272 cites W2054283887 @default.
- W2585429272 cites W2055638681 @default.
- W2585429272 cites W2055651304 @default.
- W2585429272 cites W2059611774 @default.
- W2585429272 cites W2060680089 @default.
- W2585429272 cites W2060897949 @default.
- W2585429272 cites W2064367138 @default.
- W2585429272 cites W2067549696 @default.
- W2585429272 cites W2067734233 @default.
- W2585429272 cites W2067765323 @default.
- W2585429272 cites W2067847820 @default.
- W2585429272 cites W2068345837 @default.
- W2585429272 cites W2070024241 @default.
- W2585429272 cites W2070330049 @default.
- W2585429272 cites W2073623394 @default.
- W2585429272 cites W2073625297 @default.
- W2585429272 cites W2086899901 @default.
- W2585429272 cites W2093552732 @default.
- W2585429272 cites W2093982110 @default.
- W2585429272 cites W2097773259 @default.
- W2585429272 cites W2098218646 @default.
- W2585429272 cites W2104015519 @default.
- W2585429272 cites W2114351820 @default.
- W2585429272 cites W2118021064 @default.
- W2585429272 cites W2124103852 @default.
- W2585429272 cites W2143978700 @default.
- W2585429272 cites W2157322512 @default.
- W2585429272 cites W2167061414 @default.
- W2585429272 cites W2199070709 @default.
- W2585429272 cites W2213132679 @default.
- W2585429272 cites W2261505078 @default.
- W2585429272 cites W2266594145 @default.
- W2585429272 cites W2315464428 @default.
- W2585429272 cites W2318146798 @default.
- W2585429272 cites W2324486822 @default.
- W2585429272 cites W2334600718 @default.
- W2585429272 cites W2345169800 @default.
- W2585429272 cites W2410849299 @default.
- W2585429272 cites W2508298431 @default.
- W2585429272 cites W2769182252 @default.
- W2585429272 cites W3100340873 @default.
- W2585429272 cites W580221718 @default.
- W2585429272 doi "https://doi.org/10.1016/j.carbon.2017.01.099" @default.
- W2585429272 hasPublicationYear "2017" @default.
- W2585429272 type Work @default.
- W2585429272 sameAs 2585429272 @default.
- W2585429272 citedByCount "187" @default.
- W2585429272 countsByYear W25854292722017 @default.