Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360602598> ?p ?o ?g. }
- W4360602598 endingPage "118673" @default.
- W4360602598 startingPage "118673" @default.
- W4360602598 abstract "Electrochemical CO2 capture technologies have been found to consume less energy than the industry standard of thermal separations, but their real-world applicability requires that they also operate at comparable rates. Optimizing for both low energy demands and high capture rates is complicated by trade-offs between the two objectives and the many manipulable solution chemistry variables, including species type and concentration. Here, we computationally identified the solution chemistries that are most likely to outperform thermal separations in both energy demand and capture rate for electrochemical capture driven by proton-coupled electron transfer reactions by using an adaptive sampling contour estimation method. This approach provided high confidence inferences with few simulation runs by selecting the most informative conditions to test. We found that moderately basic pKa values of the reduced form of the redox-active compound were the most important variables for low energy and high rate CO2 capture." @default.
- W4360602598 created "2023-03-24" @default.
- W4360602598 creator A5004959352 @default.
- W4360602598 creator A5009804304 @default.
- W4360602598 creator A5085766592 @default.
- W4360602598 date "2023-06-01" @default.
- W4360602598 modified "2023-10-01" @default.
- W4360602598 title "Determining desired sorbent properties for proton-coupled electron transfer-controlled CO2 capture using an adaptive sampling-refined classifier" @default.
- W4360602598 cites W1678356000 @default.
- W4360602598 cites W1678620623 @default.
- W4360602598 cites W1840389249 @default.
- W4360602598 cites W1963746246 @default.
- W4360602598 cites W1971142617 @default.
- W4360602598 cites W1971583655 @default.
- W4360602598 cites W1974781044 @default.
- W4360602598 cites W1976396053 @default.
- W4360602598 cites W1977715424 @default.
- W4360602598 cites W1982265749 @default.
- W4360602598 cites W1984912548 @default.
- W4360602598 cites W1990841746 @default.
- W4360602598 cites W2019743648 @default.
- W4360602598 cites W2024008934 @default.
- W4360602598 cites W2037335562 @default.
- W4360602598 cites W2039576309 @default.
- W4360602598 cites W2043653481 @default.
- W4360602598 cites W2047182876 @default.
- W4360602598 cites W2051821221 @default.
- W4360602598 cites W2060568485 @default.
- W4360602598 cites W2060582688 @default.
- W4360602598 cites W2064079650 @default.
- W4360602598 cites W2065670737 @default.
- W4360602598 cites W2072620509 @default.
- W4360602598 cites W2072746126 @default.
- W4360602598 cites W2073267725 @default.
- W4360602598 cites W2080923082 @default.
- W4360602598 cites W2082247841 @default.
- W4360602598 cites W2088376206 @default.
- W4360602598 cites W2092127669 @default.
- W4360602598 cites W2094266587 @default.
- W4360602598 cites W2096285034 @default.
- W4360602598 cites W2096763340 @default.
- W4360602598 cites W2097746659 @default.
- W4360602598 cites W2101589741 @default.
- W4360602598 cites W2115222855 @default.
- W4360602598 cites W2125899728 @default.
- W4360602598 cites W2126477949 @default.
- W4360602598 cites W2129804024 @default.
- W4360602598 cites W2129888542 @default.
- W4360602598 cites W2133118715 @default.
- W4360602598 cites W2135562158 @default.
- W4360602598 cites W2138830031 @default.
- W4360602598 cites W2143665168 @default.
- W4360602598 cites W2149037486 @default.
- W4360602598 cites W2151604161 @default.
- W4360602598 cites W2232436936 @default.
- W4360602598 cites W2293040502 @default.
- W4360602598 cites W2301550258 @default.
- W4360602598 cites W2313863685 @default.
- W4360602598 cites W2317517988 @default.
- W4360602598 cites W2333200482 @default.
- W4360602598 cites W2397622655 @default.
- W4360602598 cites W2408017125 @default.
- W4360602598 cites W2464910170 @default.
- W4360602598 cites W2508686881 @default.
- W4360602598 cites W2511933668 @default.
- W4360602598 cites W2549621674 @default.
- W4360602598 cites W2604658720 @default.
- W4360602598 cites W2608720223 @default.
- W4360602598 cites W2795708973 @default.
- W4360602598 cites W2806520197 @default.
- W4360602598 cites W2863484248 @default.
- W4360602598 cites W2884430236 @default.
- W4360602598 cites W2909802596 @default.
- W4360602598 cites W2917667327 @default.
- W4360602598 cites W2921032139 @default.
- W4360602598 cites W2946132685 @default.
- W4360602598 cites W2948056727 @default.
- W4360602598 cites W2963007936 @default.
- W4360602598 cites W2999753515 @default.
- W4360602598 cites W3007217854 @default.
- W4360602598 cites W3036519167 @default.
- W4360602598 cites W3048908832 @default.
- W4360602598 cites W3085500637 @default.
- W4360602598 cites W3097935404 @default.
- W4360602598 cites W3099636734 @default.
- W4360602598 cites W3099717555 @default.
- W4360602598 cites W3110994556 @default.
- W4360602598 cites W3160662180 @default.
- W4360602598 cites W3197118966 @default.
- W4360602598 cites W4200526995 @default.
- W4360602598 cites W4223950325 @default.
- W4360602598 doi "https://doi.org/10.1016/j.ces.2023.118673" @default.
- W4360602598 hasPublicationYear "2023" @default.
- W4360602598 type Work @default.
- W4360602598 citedByCount "0" @default.
- W4360602598 crossrefType "journal-article" @default.
- W4360602598 hasAuthorship W4360602598A5004959352 @default.
- W4360602598 hasAuthorship W4360602598A5009804304 @default.