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- W4226218980 abstract "To avoid the detrimental effect of aryl ethers on the alkali stability of anion exchange membrane (AEM), elaborately designed and synthesized poly(styrene-co-4-vinyl pyridine) (PS4VP) copolymer without aryl ether linkages is used to prepare AEMs. By introducing commercialized polyquaternium-10 (PQ-10) as the main ion-conducting molecule, the fully-interpenetrating polymer network quaternized PS4VP/PQ-10 (F-IPN QPS4VP/PQ-10) AEMs are prepared by cross-linking PS4VP and PQ-10, respectively. The as-prepared F-IPN QPS4VP/PQ-10 AEMs have obvious nanoscale microphase-separated morphologies, which ensure the membranes have good mechanical properties and dimensional stability. With optimized component ratios, F-IPN QPS4VP/PQ-10 AEM exhibits high ionic conductivity (74.29 mS/cm at 80 °C) and power density (111.83 mW/cm2 at 60 °C), as well as excellent chemical stabilities (94.36% retaining of initial mass after immersion in Fenton reagent at 30 °C for 10 days, and 92.28% retaining of original ionic conductivity after immersion in 1 M NaOH solution at 60 °C for 30 days), which are greater than those of semi-interpenetrating polymer network QPS4VP/PQ-10 AEM. In summary, a combination of fully-interpenetrating polymer network and stable polymer chains and ion-conducting moieties is found to effectively overcome the trade-off between high ionic conductivity and good dimensional/chemical stabilities." @default.
- W4226218980 created "2022-05-05" @default.
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- W4226218980 date "2022-04-01" @default.
- W4226218980 modified "2023-10-06" @default.
- W4226218980 title "Highly alkaline stable fully-interpenetrating network poly(styrene-co-4-vinyl pyridine)/polyquaternium-10 anion exchange membrane without aryl ether linkages" @default.
- W4226218980 cites W2310306571 @default.
- W4226218980 cites W2591451357 @default.
- W4226218980 cites W2790466515 @default.
- W4226218980 cites W2790836267 @default.
- W4226218980 cites W2791079197 @default.
- W4226218980 cites W2792058042 @default.
- W4226218980 cites W2803765856 @default.
- W4226218980 cites W2886180493 @default.
- W4226218980 cites W2886368613 @default.
- W4226218980 cites W2890782494 @default.
- W4226218980 cites W2891088289 @default.
- W4226218980 cites W2894367266 @default.
- W4226218980 cites W2921262120 @default.
- W4226218980 cites W2929362233 @default.
- W4226218980 cites W2942981516 @default.
- W4226218980 cites W2943512725 @default.
- W4226218980 cites W2962958427 @default.
- W4226218980 cites W2964246122 @default.
- W4226218980 cites W2964544300 @default.
- W4226218980 cites W2969388890 @default.
- W4226218980 cites W2972093094 @default.
- W4226218980 cites W2976925184 @default.
- W4226218980 cites W2980087562 @default.
- W4226218980 cites W2983180609 @default.
- W4226218980 cites W2991619704 @default.
- W4226218980 cites W2991920179 @default.
- W4226218980 cites W2991964801 @default.
- W4226218980 cites W2995007606 @default.
- W4226218980 cites W2996403843 @default.
- W4226218980 cites W2997315831 @default.
- W4226218980 cites W2998162840 @default.
- W4226218980 cites W3001613814 @default.
- W4226218980 cites W3005015466 @default.
- W4226218980 cites W3005081745 @default.
- W4226218980 cites W3008651413 @default.
- W4226218980 cites W3009203957 @default.
- W4226218980 cites W3010863041 @default.
- W4226218980 cites W3011516422 @default.
- W4226218980 cites W3013313229 @default.
- W4226218980 cites W3014705321 @default.
- W4226218980 cites W3016128868 @default.
- W4226218980 cites W3016912157 @default.
- W4226218980 cites W3022341391 @default.
- W4226218980 cites W3023124790 @default.
- W4226218980 cites W3025740449 @default.
- W4226218980 cites W3034878946 @default.
- W4226218980 cites W3100130949 @default.
- W4226218980 cites W3107604505 @default.
- W4226218980 cites W3110046580 @default.
- W4226218980 cites W3110202230 @default.
- W4226218980 cites W3110733484 @default.
- W4226218980 cites W3118730183 @default.
- W4226218980 cites W3126302372 @default.
- W4226218980 cites W3129873848 @default.
- W4226218980 cites W3131533007 @default.
- W4226218980 cites W3132421019 @default.
- W4226218980 cites W3133223801 @default.
- W4226218980 cites W3133881799 @default.
- W4226218980 cites W3147897209 @default.
- W4226218980 cites W3150432062 @default.
- W4226218980 cites W3155821332 @default.
- W4226218980 cites W3156063165 @default.
- W4226218980 cites W3162774219 @default.
- W4226218980 cites W3169612413 @default.
- W4226218980 cites W3171078987 @default.
- W4226218980 cites W3174828698 @default.
- W4226218980 cites W3177093998 @default.
- W4226218980 cites W3189841945 @default.
- W4226218980 cites W3197479739 @default.
- W4226218980 cites W3199254616 @default.
- W4226218980 cites W3200186218 @default.
- W4226218980 cites W3201074389 @default.
- W4226218980 cites W3202991426 @default.
- W4226218980 cites W3211940676 @default.
- W4226218980 cites W3212665242 @default.
- W4226218980 cites W3213221576 @default.
- W4226218980 cites W3216839114 @default.
- W4226218980 cites W4200477643 @default.
- W4226218980 cites W4205355251 @default.
- W4226218980 cites W4205366736 @default.
- W4226218980 doi "https://doi.org/10.1016/j.ijhydene.2022.03.160" @default.
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