Matches in SemOpenAlex for { <https://semopenalex.org/work/W3213045076> ?p ?o ?g. }
- W3213045076 endingPage "103527" @default.
- W3213045076 startingPage "103527" @default.
- W3213045076 abstract "Graphene has been investigated and studied over the years due to its exceptional electrical, thermal, quantum and optical properties. A low-cost, simple, and environmentally friendly method to produce graphene is of great importance and such a method is required to fully exploit its physical and chemical properties for various applications. The present review reports the recent progress and developments on efficient methods for graphene synthesis, focusing primarily on the electrochemical exfoliation of graphite in inorganic salts or aqueous acids, assessing the method capabilities for mass production of doped electrochemically exfoliated graphene (EEG) for energy storage applications. A facile electrochemical exfoliation of graphite is typically carried out in a parallel two-electrode electrolytic cell system with aqueous inorganic salt-based electrolytes under ambient conditions. The nature of the EEG can be easily tuned by controlling the exfoliation conditions. Furthermore, the qualities of the graphene produced from the electrochemical exfoliation method using different electrolytes and setup parameters were reviewed comprehensively, regarding yield, chemical and physical properties (i.e., the morphology (layers and lateral size distribution), the nature and concentration of doped heterogeneous atoms, temperature stability, the degree of disorder, carbon/oxygen ratio, electrical conductivity (or sheet resistance), and the electrochemical performance in energy storage applications. Heteroatom doped EEG presents great promise for future design and large-scale production of affordable and high-performance composite electrodes for energy storage devices, e.g., hybrid supercapacitors, batteries, and full cells." @default.
- W3213045076 created "2021-11-22" @default.
- W3213045076 creator A5015301541 @default.
- W3213045076 creator A5027996721 @default.
- W3213045076 creator A5038828626 @default.
- W3213045076 creator A5060289929 @default.
- W3213045076 date "2022-02-01" @default.
- W3213045076 modified "2023-10-18" @default.
- W3213045076 title "Review of electrochemical production of doped graphene for energy storage applications" @default.
- W3213045076 cites W1178905151 @default.
- W3213045076 cites W1525197209 @default.
- W3213045076 cites W1866812925 @default.
- W3213045076 cites W1887154293 @default.
- W3213045076 cites W1927118093 @default.
- W3213045076 cites W1970616262 @default.
- W3213045076 cites W1978387249 @default.
- W3213045076 cites W1978887411 @default.
- W3213045076 cites W1986083555 @default.
- W3213045076 cites W1988378739 @default.
- W3213045076 cites W1993123011 @default.
- W3213045076 cites W1993243068 @default.
- W3213045076 cites W1997994513 @default.
- W3213045076 cites W2006268894 @default.
- W3213045076 cites W2008655220 @default.
- W3213045076 cites W2014231798 @default.
- W3213045076 cites W2032100925 @default.
- W3213045076 cites W2035690138 @default.
- W3213045076 cites W2037502361 @default.
- W3213045076 cites W2037680488 @default.
- W3213045076 cites W2038238959 @default.
- W3213045076 cites W2047557763 @default.
- W3213045076 cites W2050833870 @default.
- W3213045076 cites W2052247648 @default.
- W3213045076 cites W2053328406 @default.
- W3213045076 cites W2062429842 @default.
- W3213045076 cites W2067186583 @default.
- W3213045076 cites W2071955897 @default.
- W3213045076 cites W2078817444 @default.
- W3213045076 cites W2080870246 @default.
- W3213045076 cites W2082444527 @default.
- W3213045076 cites W2085634447 @default.
- W3213045076 cites W2097005980 @default.
- W3213045076 cites W2098094386 @default.
- W3213045076 cites W2108102346 @default.
- W3213045076 cites W2112324665 @default.
- W3213045076 cites W2118511386 @default.
- W3213045076 cites W2120423685 @default.
- W3213045076 cites W2123830103 @default.
- W3213045076 cites W2125284466 @default.
- W3213045076 cites W2126114924 @default.
- W3213045076 cites W2126224336 @default.
- W3213045076 cites W2128057314 @default.
- W3213045076 cites W2135469785 @default.
- W3213045076 cites W2139921601 @default.
- W3213045076 cites W2146564548 @default.
- W3213045076 cites W2147624032 @default.
- W3213045076 cites W2155125474 @default.
- W3213045076 cites W2163980958 @default.
- W3213045076 cites W2173934103 @default.
- W3213045076 cites W2176734349 @default.
- W3213045076 cites W2186370724 @default.
- W3213045076 cites W2189170406 @default.
- W3213045076 cites W2190841048 @default.
- W3213045076 cites W2225317424 @default.
- W3213045076 cites W2225672137 @default.
- W3213045076 cites W2232846213 @default.
- W3213045076 cites W2252366114 @default.
- W3213045076 cites W2301172107 @default.
- W3213045076 cites W2314520308 @default.
- W3213045076 cites W2317575104 @default.
- W3213045076 cites W2339045409 @default.
- W3213045076 cites W2346476853 @default.
- W3213045076 cites W2398086038 @default.
- W3213045076 cites W2410039023 @default.
- W3213045076 cites W2472388338 @default.
- W3213045076 cites W2475729147 @default.
- W3213045076 cites W2508840979 @default.
- W3213045076 cites W2511871389 @default.
- W3213045076 cites W2516405088 @default.
- W3213045076 cites W2534295881 @default.
- W3213045076 cites W2539030366 @default.
- W3213045076 cites W2556723530 @default.
- W3213045076 cites W2560585504 @default.
- W3213045076 cites W2571001400 @default.
- W3213045076 cites W2576753879 @default.
- W3213045076 cites W2586205005 @default.
- W3213045076 cites W2592642117 @default.
- W3213045076 cites W2596041764 @default.
- W3213045076 cites W2597849655 @default.
- W3213045076 cites W2610861837 @default.
- W3213045076 cites W2613241133 @default.
- W3213045076 cites W2642498250 @default.
- W3213045076 cites W2724326477 @default.
- W3213045076 cites W2728269366 @default.
- W3213045076 cites W2739230592 @default.
- W3213045076 cites W2744496034 @default.
- W3213045076 cites W2765426321 @default.
- W3213045076 cites W2765566081 @default.