Matches in SemOpenAlex for { <https://semopenalex.org/work/W2932253071> ?p ?o ?g. }
- W2932253071 endingPage "543" @default.
- W2932253071 startingPage "531" @default.
- W2932253071 abstract "We numerically investigate renewable power generation using reverse electrodialysis (RED), by harnessing salinity gradient energy of two constant inflows of salt solutions of different concentrations via a charged nanochannel. We compute and elucidate coupled flow, ion flux, electrical potential, and resultant electric outputs in the nanofluidic RED battery. The results of power output density and ion transfer across the nanochannel strongly depend on nanochannel height, whereas open-circuit voltage, short circuit current, and nanochannel resistance on the length. Energy conversion efficiency, on the other hand, display a non-linear dependence on both dimensions. More importantly, the results of nanochannel resistance and power output density reveal a power-law dependence on the concentration difference, quantitatively shedding light on the optimal RED flow designs. For the first time, our simulations at different inflow velocities show that the output power and conversion efficiency remain nearly constant at low speed but increase by ≈2.3 times and 10%, respectively, at high rate when advection effect becomes significant comparing to diffusion. These results quantitatively show profound effects of nanochannel dimensions, concentration difference, and inflow velocity on the renewable electrical energy outputs, offering optimal designs for maximizing reverse electrodialysis power." @default.
- W2932253071 created "2019-04-11" @default.
- W2932253071 creator A5039237771 @default.
- W2932253071 creator A5048189848 @default.
- W2932253071 date "2019-06-01" @default.
- W2932253071 modified "2023-10-15" @default.
- W2932253071 title "Numerical simulation of renewable power generation using reverse electrodialysis" @default.
- W2932253071 cites W1789494317 @default.
- W2932253071 cites W1924542473 @default.
- W2932253071 cites W1966711947 @default.
- W2932253071 cites W1970382661 @default.
- W2932253071 cites W1979772055 @default.
- W2932253071 cites W1998666285 @default.
- W2932253071 cites W2006265832 @default.
- W2932253071 cites W2012794041 @default.
- W2932253071 cites W2013149669 @default.
- W2932253071 cites W2014645849 @default.
- W2932253071 cites W2017588499 @default.
- W2932253071 cites W2020098630 @default.
- W2932253071 cites W2021120899 @default.
- W2932253071 cites W2021622572 @default.
- W2932253071 cites W2021707595 @default.
- W2932253071 cites W2023166885 @default.
- W2932253071 cites W2033465655 @default.
- W2932253071 cites W2042438728 @default.
- W2932253071 cites W2049409882 @default.
- W2932253071 cites W2050751277 @default.
- W2932253071 cites W2052331175 @default.
- W2932253071 cites W2056230967 @default.
- W2932253071 cites W2058376666 @default.
- W2932253071 cites W2058747299 @default.
- W2932253071 cites W2087030100 @default.
- W2932253071 cites W2091936705 @default.
- W2932253071 cites W2092923590 @default.
- W2932253071 cites W2104762466 @default.
- W2932253071 cites W2104784139 @default.
- W2932253071 cites W2110803820 @default.
- W2932253071 cites W2111797199 @default.
- W2932253071 cites W2121304740 @default.
- W2932253071 cites W2129244465 @default.
- W2932253071 cites W2146168768 @default.
- W2932253071 cites W2155305805 @default.
- W2932253071 cites W2161424767 @default.
- W2932253071 cites W2173589103 @default.
- W2932253071 cites W2235344039 @default.
- W2932253071 cites W2236219640 @default.
- W2932253071 cites W2323882202 @default.
- W2932253071 cites W2336998050 @default.
- W2932253071 cites W2344561883 @default.
- W2932253071 cites W2376050405 @default.
- W2932253071 cites W2395499167 @default.
- W2932253071 cites W2460069498 @default.
- W2932253071 cites W2756121007 @default.
- W2932253071 cites W2759740830 @default.
- W2932253071 cites W2767000843 @default.
- W2932253071 cites W2780947185 @default.
- W2932253071 cites W2787899178 @default.
- W2932253071 cites W2805035718 @default.
- W2932253071 cites W2891853715 @default.
- W2932253071 cites W3100218761 @default.
- W2932253071 cites W599479666 @default.
- W2932253071 doi "https://doi.org/10.1016/j.energy.2019.03.136" @default.
- W2932253071 hasPublicationYear "2019" @default.
- W2932253071 type Work @default.
- W2932253071 sameAs 2932253071 @default.
- W2932253071 citedByCount "24" @default.
- W2932253071 countsByYear W29322530712019 @default.
- W2932253071 countsByYear W29322530712020 @default.
- W2932253071 countsByYear W29322530712021 @default.
- W2932253071 countsByYear W29322530712022 @default.
- W2932253071 countsByYear W29322530712023 @default.
- W2932253071 crossrefType "journal-article" @default.
- W2932253071 hasAuthorship W2932253071A5039237771 @default.
- W2932253071 hasAuthorship W2932253071A5048189848 @default.
- W2932253071 hasConcept C119599485 @default.
- W2932253071 hasConcept C121332964 @default.
- W2932253071 hasConcept C127413603 @default.
- W2932253071 hasConcept C130797344 @default.
- W2932253071 hasConcept C144717724 @default.
- W2932253071 hasConcept C163258240 @default.
- W2932253071 hasConcept C165801399 @default.
- W2932253071 hasConcept C178790620 @default.
- W2932253071 hasConcept C185592680 @default.
- W2932253071 hasConcept C188573790 @default.
- W2932253071 hasConcept C192562407 @default.
- W2932253071 hasConcept C19473024 @default.
- W2932253071 hasConcept C206991015 @default.
- W2932253071 hasConcept C21881925 @default.
- W2932253071 hasConcept C2776132308 @default.
- W2932253071 hasConcept C41625074 @default.
- W2932253071 hasConcept C423512 @default.
- W2932253071 hasConcept C49040817 @default.
- W2932253071 hasConcept C55493867 @default.
- W2932253071 hasConcept C57631264 @default.
- W2932253071 hasConcept C57879066 @default.
- W2932253071 hasConcept C68709404 @default.
- W2932253071 hasConcept C69357855 @default.
- W2932253071 hasConcept C81842627 @default.