FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280495079> ?p ?o ?g. }

• W4280495079 endingPage "7732" @default.
• W4280495079 startingPage "7723" @default.
• W4280495079 abstract "A promising strategy for the inhibition of the hydrogen evolution reaction along with the stabilization of the electrocatalyst in electrochemical CO2 reduction cells involves the application of a nanoscale amorphous carbon layer on top of the active catalyst layer in a gas diffusion electrode. Without modifying the chemical nature of the electrocatalyst itself, these amorphous carbon layers lead to the stabilization of the electrocatalyst, and a significant improvement with respect to the inhibition of the hydrogen evolution reaction was also obtained. The faradaic efficiencies of hydrogen could be reduced from 31.4 to 2.1% after 1 h of electrolysis with a 5 nm thick carbon layer. Furthermore, the impact of the carbon layer thickness (5–30 nm) on this inhibiting effect was investigated. We determined an optimal thickness of 15 nm where the hydrogen evolution reaction was inhibited and a decent stability was obtained. Next, a thickness of 15 nm was selected for durability measurements. Interestingly, these durability measurements revealed the beneficial impact of the carbon layer already after 6 h by suppressing the hydrogen evolution such that an increase of only 37.9% exists compared to 56.9% without the use of an additional carbon layer, which is an improvement of 150%. Since carbon is only applied afterward, it reveals its great potential in terms of electrocatalysis in general." @default.
• W4280495079 created "2022-05-22" @default.
• W4280495079 creator A5014043312 @default.
• W4280495079 creator A5037126439 @default.
• W4280495079 creator A5058330760 @default.
• W4280495079 creator A5060500053 @default.
• W4280495079 creator A5060948708 @default.
• W4280495079 creator A5068168033 @default.
• W4280495079 creator A5071202928 @default.
• W4280495079 creator A5081113838 @default.
• W4280495079 creator A5086897194 @default.
• W4280495079 date "2022-05-19" @default.
• W4280495079 modified "2023-10-18" @default.
• W4280495079 title "Use of Nanoscale Carbon Layers on Ag-Based Gas Diffusion Electrodes to Promote CO Production" @default.
• W4280495079 cites W1971969755 @default.
• W4280495079 cites W1988845045 @default.
• W4280495079 cites W2008470900 @default.
• W4280495079 cites W2026919496 @default.
• W4280495079 cites W2034080509 @default.
• W4280495079 cites W2045372493 @default.
• W4280495079 cites W2100647938 @default.
• W4280495079 cites W2152123134 @default.
• W4280495079 cites W2171176644 @default.
• W4280495079 cites W2176450043 @default.
• W4280495079 cites W2295271929 @default.
• W4280495079 cites W2323309348 @default.
• W4280495079 cites W2339405166 @default.
• W4280495079 cites W2404340052 @default.
• W4280495079 cites W2411411243 @default.
• W4280495079 cites W2473066770 @default.
• W4280495079 cites W2545712032 @default.
• W4280495079 cites W2560046959 @default.
• W4280495079 cites W2577462160 @default.
• W4280495079 cites W2583030353 @default.
• W4280495079 cites W2623032624 @default.
• W4280495079 cites W2626728311 @default.
• W4280495079 cites W2770262588 @default.
• W4280495079 cites W2771884484 @default.
• W4280495079 cites W2776913936 @default.
• W4280495079 cites W2795665698 @default.
• W4280495079 cites W2804235153 @default.
• W4280495079 cites W2896846575 @default.
• W4280495079 cites W2903764311 @default.
• W4280495079 cites W2909417927 @default.
• W4280495079 cites W2921239639 @default.
• W4280495079 cites W2930586923 @default.
• W4280495079 cites W2950007439 @default.
• W4280495079 cites W2963057673 @default.
• W4280495079 cites W2963442521 @default.
• W4280495079 cites W2965092797 @default.
• W4280495079 cites W2969921980 @default.
• W4280495079 cites W2971745035 @default.
• W4280495079 cites W2972643503 @default.
• W4280495079 cites W2987472704 @default.
• W4280495079 cites W2995097796 @default.
• W4280495079 cites W2996250239 @default.
• W4280495079 cites W3042815916 @default.
• W4280495079 cites W3086921515 @default.
• W4280495079 cites W3087281404 @default.
• W4280495079 cites W3097917017 @default.
• W4280495079 cites W3119530424 @default.
• W4280495079 cites W3121563839 @default.
• W4280495079 cites W3122370210 @default.
• W4280495079 cites W3122719060 @default.
• W4280495079 cites W3142018483 @default.
• W4280495079 cites W3142425067 @default.
• W4280495079 cites W3163010101 @default.
• W4280495079 cites W3210456601 @default.
• W4280495079 cites W4234233715 @default.
• W4280495079 doi "https://doi.org/10.1021/acsanm.2c00473" @default.
• W4280495079 hasPublicationYear "2022" @default.
• W4280495079 type Work @default.
• W4280495079 citedByCount "2" @default.
• W4280495079 countsByYear W42804950792023 @default.
• W4280495079 crossrefType "journal-article" @default.
• W4280495079 hasAuthorship W4280495079A5014043312 @default.
• W4280495079 hasAuthorship W4280495079A5037126439 @default.
• W4280495079 hasAuthorship W4280495079A5058330760 @default.
• W4280495079 hasAuthorship W4280495079A5060500053 @default.
• W4280495079 hasAuthorship W4280495079A5060948708 @default.
• W4280495079 hasAuthorship W4280495079A5068168033 @default.
• W4280495079 hasAuthorship W4280495079A5071202928 @default.
• W4280495079 hasAuthorship W4280495079A5081113838 @default.
• W4280495079 hasAuthorship W4280495079A5086897194 @default.
• W4280495079 hasConcept C104779481 @default.
• W4280495079 hasConcept C121332964 @default.
• W4280495079 hasConcept C123480859 @default.
• W4280495079 hasConcept C127413603 @default.
• W4280495079 hasConcept C130349721 @default.
• W4280495079 hasConcept C140205800 @default.
• W4280495079 hasConcept C147789679 @default.
• W4280495079 hasConcept C159985019 @default.
• W4280495079 hasConcept C161790260 @default.
• W4280495079 hasConcept C163127949 @default.
• W4280495079 hasConcept C171250308 @default.
• W4280495079 hasConcept C17525397 @default.
• W4280495079 hasConcept C178790620 @default.
• W4280495079 hasConcept C179104552 @default.

• next