FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3149132385> ?p ?o ?g. }

• W3149132385 endingPage "115167" @default.
• W3149132385 startingPage "115167" @default.
• W3149132385 abstract "Carbon-based conductive materials have been recognized as promising alternatives to noble metals as the electrode in optoelectronic devices. Herein, by utilizing energetic plasma ion implantation, Ni-doped TiN nanowire (NWs) modified graphitic carbon nanofibers (CNF) are designed and prepared as the candidates of the platinum (Pt) counter electrode for low-cost hybrid perovskite-based liquid-junction photoelectrochemical solar cells (LPSCs). Notably, the photoelectrochemical (PEC) response of p-Rb0.05FA0.95PbI3 based-LPSCs equipped with the Ni/TiN/CNF counter electrode is almost identical to that with a typical Pt counter electrode. From electrochemical investigations, i.e., electrochemical impedance spectroscopy (EIS), we observe that the CNF-based materials show a similar redox activity compared with the Pt counter electrode, indicating low charge-transfer resistance (Rct) and large capacitance (C). The LPSCs, with a configuration of p-Rb0.05FA0.95PbI3/BQ (2 mM), BQ− (2 mM)/Ni/TiN/CNF-based counter electrode, exhibit an open-circuit photovoltage of 1.00 V and a short-circuit current density of 7.02 mA/cm2 under 100 mW/cm2 irradiation. The overall optical-to-electrical energy conversion efficiency is 5.06%. The PEC solar cell shows good stability for 5 h under irradiation. The CNF-based counter electrode enables potential applications, including but not limited to PEC solar devices, dye-sensitized solar cells (DSSCs), solar fuel devices and hydrogen evolution reaction." @default.
• W3149132385 created "2021-04-13" @default.
• W3149132385 creator A5001451696 @default.
• W3149132385 creator A5003148083 @default.
• W3149132385 creator A5019340923 @default.
• W3149132385 creator A5025822939 @default.
• W3149132385 creator A5030140750 @default.
• W3149132385 creator A5031125052 @default.
• W3149132385 creator A5034476487 @default.
• W3149132385 creator A5039676523 @default.
• W3149132385 creator A5043065335 @default.
• W3149132385 creator A5045550804 @default.
• W3149132385 creator A5085232938 @default.
• W3149132385 creator A5091565448 @default.
• W3149132385 date "2021-04-01" @default.
• W3149132385 modified "2023-10-15" @default.
• W3149132385 title "Cost-effective liquid-junction solar devices with plasma-implanted Ni/TiN/CNF hierarchically structured nanofibers" @default.
• W3149132385 cites W1695700728 @default.
• W3149132385 cites W1957696535 @default.
• W3149132385 cites W1969591666 @default.
• W3149132385 cites W1974267403 @default.
• W3149132385 cites W1978774503 @default.
• W3149132385 cites W1993367612 @default.
• W3149132385 cites W2005786323 @default.
• W3149132385 cites W2015257502 @default.
• W3149132385 cites W2017887606 @default.
• W3149132385 cites W2020562118 @default.
• W3149132385 cites W2025080868 @default.
• W3149132385 cites W2025711531 @default.
• W3149132385 cites W2046988024 @default.
• W3149132385 cites W2053134293 @default.
• W3149132385 cites W2053163132 @default.
• W3149132385 cites W2053748878 @default.
• W3149132385 cites W2062677037 @default.
• W3149132385 cites W2064451339 @default.
• W3149132385 cites W2071353324 @default.
• W3149132385 cites W2075584868 @default.
• W3149132385 cites W2104907171 @default.
• W3149132385 cites W2129970907 @default.
• W3149132385 cites W2130701481 @default.
• W3149132385 cites W2135752659 @default.
• W3149132385 cites W2138111906 @default.
• W3149132385 cites W2159255859 @default.
• W3149132385 cites W2216821165 @default.
• W3149132385 cites W2304034181 @default.
• W3149132385 cites W2312650515 @default.
• W3149132385 cites W2313501990 @default.
• W3149132385 cites W2314714234 @default.
• W3149132385 cites W2319908885 @default.
• W3149132385 cites W2326474269 @default.
• W3149132385 cites W2330076804 @default.
• W3149132385 cites W2397789899 @default.
• W3149132385 cites W2416283295 @default.
• W3149132385 cites W2470612968 @default.
• W3149132385 cites W2519736832 @default.
• W3149132385 cites W2520663843 @default.
• W3149132385 cites W2534280394 @default.
• W3149132385 cites W2592109293 @default.
• W3149132385 cites W2593384145 @default.
• W3149132385 cites W2598790446 @default.
• W3149132385 cites W2605982842 @default.
• W3149132385 cites W2624971791 @default.
• W3149132385 cites W2625766383 @default.
• W3149132385 cites W2738026086 @default.
• W3149132385 cites W2790198239 @default.
• W3149132385 cites W2794333164 @default.
• W3149132385 cites W2811284615 @default.
• W3149132385 cites W2885867577 @default.
• W3149132385 cites W2887047121 @default.
• W3149132385 cites W2890245870 @default.
• W3149132385 cites W2913930879 @default.
• W3149132385 cites W2923019151 @default.
• W3149132385 cites W2950400872 @default.
• W3149132385 cites W3085121796 @default.
• W3149132385 cites W3089055732 @default.
• W3149132385 doi "https://doi.org/10.1016/j.jelechem.2021.115167" @default.
• W3149132385 hasPublicationYear "2021" @default.
• W3149132385 type Work @default.
• W3149132385 sameAs 3149132385 @default.
• W3149132385 citedByCount "10" @default.
• W3149132385 countsByYear W31491323852021 @default.
• W3149132385 countsByYear W31491323852022 @default.
• W3149132385 countsByYear W31491323852023 @default.
• W3149132385 crossrefType "journal-article" @default.
• W3149132385 hasAuthorship W3149132385A5001451696 @default.
• W3149132385 hasAuthorship W3149132385A5003148083 @default.
• W3149132385 hasAuthorship W3149132385A5019340923 @default.
• W3149132385 hasAuthorship W3149132385A5025822939 @default.
• W3149132385 hasAuthorship W3149132385A5030140750 @default.
• W3149132385 hasAuthorship W3149132385A5031125052 @default.
• W3149132385 hasAuthorship W3149132385A5034476487 @default.
• W3149132385 hasAuthorship W3149132385A5039676523 @default.
• W3149132385 hasAuthorship W3149132385A5043065335 @default.
• W3149132385 hasAuthorship W3149132385A5045550804 @default.
• W3149132385 hasAuthorship W3149132385A5085232938 @default.
• W3149132385 hasAuthorship W3149132385A5091565448 @default.
• W3149132385 hasBestOaLocation W31491323852 @default.
• W3149132385 hasConcept C123480859 @default.

• next