FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3120222707> ?p ?o ?g. }

• W3120222707 endingPage "119021" @default.
• W3120222707 startingPage "119021" @default.
• W3120222707 abstract "This study attempts to advance the understanding of concentration polarization (CP) suppression by patterned membranes during nanofiltration. A validated Computational Fluid Dynamics (CFD) model was established to study the suppression effect and its mechanisms by evaluating CP development over time. Triangular and cambered membrane surface patterns were designed to investigate the real-time evolution of CP and suppression effect during nanofiltration in comparison with the control flat membrane, while the model was firstly experimentally validated by in-situ Micro Laser-Induced Fluorescence (Micro-LIF). Preliminary simulation results confirmed a significant effect microstructured membranes had on the control of CP evolution by disturbing the flow field near the microstructures. An investigation of the concentration distribution revealed that the maximum concentration accumulation on the patterned surface was reduced by 10–12% compared to that on the flat membrane surface, while the cambered membrane performed better than the triangular membrane. By comparison with the flat membrane, the minimum mass transfer coefficient increased by 3.3 times, and the CP factor reduced by 50% on the cambered surface. Moreover, the dynamic velocity distribution showed the existence of the disturbed flow and vortex around the patterned membrane surface, and shear stresses were further qualified to explain the suppression mechanism. This detailed numerical study is of practical significance to improve understanding of CP suppression by the optimized morphologies." @default.
• W3120222707 created "2021-01-18" @default.
• W3120222707 creator A5021126751 @default.
• W3120222707 creator A5051065845 @default.
• W3120222707 creator A5051277208 @default.
• W3120222707 creator A5062532663 @default.
• W3120222707 creator A5072372241 @default.
• W3120222707 creator A5075973677 @default.
• W3120222707 creator A5087146007 @default.
• W3120222707 creator A5089079624 @default.
• W3120222707 date "2021-03-01" @default.
• W3120222707 modified "2023-10-02" @default.
• W3120222707 title "Effective suppression of concentration polarization by nanofiltration membrane surface pattern manipulation: Numerical modeling based on LIF visualization" @default.
• W3120222707 cites W1436861746 @default.
• W3120222707 cites W1751593674 @default.
• W3120222707 cites W1957060318 @default.
• W3120222707 cites W1964793873 @default.
• W3120222707 cites W1968240882 @default.
• W3120222707 cites W1993422067 @default.
• W3120222707 cites W1993668589 @default.
• W3120222707 cites W1994004849 @default.
• W3120222707 cites W1998070905 @default.
• W3120222707 cites W1999310626 @default.
• W3120222707 cites W2001964862 @default.
• W3120222707 cites W2008466418 @default.
• W3120222707 cites W2011789382 @default.
• W3120222707 cites W2013063685 @default.
• W3120222707 cites W2017271596 @default.
• W3120222707 cites W2017935522 @default.
• W3120222707 cites W2021428468 @default.
• W3120222707 cites W2023994797 @default.
• W3120222707 cites W2025344355 @default.
• W3120222707 cites W2036107463 @default.
• W3120222707 cites W2036716898 @default.
• W3120222707 cites W2038592792 @default.
• W3120222707 cites W2041061555 @default.
• W3120222707 cites W2044499767 @default.
• W3120222707 cites W2047348453 @default.
• W3120222707 cites W2052356798 @default.
• W3120222707 cites W2061615556 @default.
• W3120222707 cites W2065789212 @default.
• W3120222707 cites W2067939632 @default.
• W3120222707 cites W2070457814 @default.
• W3120222707 cites W2070742573 @default.
• W3120222707 cites W2072252857 @default.
• W3120222707 cites W2075264609 @default.
• W3120222707 cites W2078614498 @default.
• W3120222707 cites W2112107067 @default.
• W3120222707 cites W2140938578 @default.
• W3120222707 cites W2258641187 @default.
• W3120222707 cites W2300460825 @default.
• W3120222707 cites W2317869140 @default.
• W3120222707 cites W2486029411 @default.
• W3120222707 cites W2502784913 @default.
• W3120222707 cites W2513429311 @default.
• W3120222707 cites W2538532709 @default.
• W3120222707 cites W2567199666 @default.
• W3120222707 cites W2568140539 @default.
• W3120222707 cites W2569351155 @default.
• W3120222707 cites W2580451983 @default.
• W3120222707 cites W2740911118 @default.
• W3120222707 cites W2783331907 @default.
• W3120222707 cites W2803411710 @default.
• W3120222707 cites W2804259630 @default.
• W3120222707 cites W2897222373 @default.
• W3120222707 cites W2898046075 @default.
• W3120222707 cites W2900304708 @default.
• W3120222707 cites W2901796482 @default.
• W3120222707 cites W2911389602 @default.
• W3120222707 cites W2913038248 @default.
• W3120222707 cites W2981359210 @default.
• W3120222707 cites W2985331981 @default.
• W3120222707 doi "https://doi.org/10.1016/j.memsci.2020.119021" @default.
• W3120222707 hasPublicationYear "2021" @default.
• W3120222707 type Work @default.
• W3120222707 sameAs 3120222707 @default.
• W3120222707 citedByCount "13" @default.
• W3120222707 countsByYear W31202227072021 @default.
• W3120222707 countsByYear W31202227072022 @default.
• W3120222707 countsByYear W31202227072023 @default.
• W3120222707 crossrefType "journal-article" @default.
• W3120222707 hasAuthorship W3120222707A5021126751 @default.
• W3120222707 hasAuthorship W3120222707A5051065845 @default.
• W3120222707 hasAuthorship W3120222707A5051277208 @default.
• W3120222707 hasAuthorship W3120222707A5062532663 @default.
• W3120222707 hasAuthorship W3120222707A5072372241 @default.
• W3120222707 hasAuthorship W3120222707A5075973677 @default.
• W3120222707 hasAuthorship W3120222707A5087146007 @default.
• W3120222707 hasAuthorship W3120222707A5089079624 @default.
• W3120222707 hasConcept C113196181 @default.
• W3120222707 hasConcept C121332964 @default.
• W3120222707 hasConcept C140820882 @default.
• W3120222707 hasConcept C146763847 @default.
• W3120222707 hasConcept C147789679 @default.
• W3120222707 hasConcept C1633027 @default.
• W3120222707 hasConcept C185592680 @default.
• W3120222707 hasConcept C192562407 @default.
• W3120222707 hasConcept C205049153 @default.

• next