FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3016945145> ?p ?o ?g. }

• W3016945145 endingPage "1925" @default.
• W3016945145 startingPage "1925" @default.
• W3016945145 abstract "In this work, we report the synthesis of hydrated and non-crystalline WO3 flakes (WO3−x) via an environmentally friendly and facile water-based strategy. This method is described, in the literature, as exfoliation, however, based on the results obtained, we cannot say unequivocally that we have obtained an exfoliated material. Nevertheless, the proposed modification procedure clearly affects the morphology of WO3 and leads to loss of crystallinity of the material. TEM techniques confirmed that the process leads to the formation of WO3 flakes of a few nanometers in thickness. X-ray diffractograms affirmed the poor crystallinity of the flakes, while spectroscopic methods showed that the materials after exfoliation were abundant with the surface groups. The thin film of hydrated and non-crystalline WO3 exhibits a seven times higher specific capacitance (Cs) in an aqueous electrolyte than bulk WO3 and shows an outstanding long-term cycling stability with a capacitance retention of 92% after 1000 chronopotentiometric cycles in the three-electrode system. In the two-electrode system, hydrated WO3−x shows a Cs of 122 F g−1 at a current density of 0.5 A g−1. The developed supercapacitor shows an energy density of 60 Whkg−1 and power density of 803 Wkg−1 with a decrease of 16% in Csp after 10,000 cycles. On the other hand, WO3−x is characterized by inferior properties as an anode material in lithium-ion batteries compared to bulk WO3. Lithium ions intercalate into a WO3 crystal framework and occupy trigonal cavity sites during the electrochemical polarization. If there is no regular layer structure, as in the case of the hydrated and non-crystalline WO3, the insertion of lithium ions between WO3 layers is not possible. Thus, in the case of a non-aqueous electrolyte, the specific capacity of the hydrated and non-crystalline WO3 electrode material is much lower in comparison with the specific capacity of the bulk WO3-based anode material." @default.
• W3016945145 created "2020-04-24" @default.
• W3016945145 creator A5004718833 @default.
• W3016945145 creator A5018827552 @default.
• W3016945145 creator A5027661683 @default.
• W3016945145 creator A5027851496 @default.
• W3016945145 creator A5086905129 @default.
• W3016945145 date "2020-04-19" @default.
• W3016945145 modified "2023-09-25" @default.
• W3016945145 title "An Easy and Ecological Method of Obtaining Hydrated and Non-Crystalline WO3−x for Application in Supercapacitors" @default.
• W3016945145 cites W1969986874 @default.
• W3016945145 cites W1975192769 @default.
• W3016945145 cites W1977986288 @default.
• W3016945145 cites W1980792115 @default.
• W3016945145 cites W1998881042 @default.
• W3016945145 cites W2003577684 @default.
• W3016945145 cites W2014935324 @default.
• W3016945145 cites W2027259823 @default.
• W3016945145 cites W2039627982 @default.
• W3016945145 cites W2040965877 @default.
• W3016945145 cites W2044278655 @default.
• W3016945145 cites W2050761164 @default.
• W3016945145 cites W2055366507 @default.
• W3016945145 cites W2056844300 @default.
• W3016945145 cites W2058122340 @default.
• W3016945145 cites W2064149272 @default.
• W3016945145 cites W2064671962 @default.
• W3016945145 cites W2073077157 @default.
• W3016945145 cites W2074564329 @default.
• W3016945145 cites W2080030169 @default.
• W3016945145 cites W2080284576 @default.
• W3016945145 cites W2085537249 @default.
• W3016945145 cites W2087258464 @default.
• W3016945145 cites W2092597100 @default.
• W3016945145 cites W2096421416 @default.
• W3016945145 cites W2099645861 @default.
• W3016945145 cites W2104827573 @default.
• W3016945145 cites W2105401285 @default.
• W3016945145 cites W2126674309 @default.
• W3016945145 cites W2132482504 @default.
• W3016945145 cites W2143952856 @default.
• W3016945145 cites W2158241645 @default.
• W3016945145 cites W2158615092 @default.
• W3016945145 cites W2260878388 @default.
• W3016945145 cites W229770672 @default.
• W3016945145 cites W2318760431 @default.
• W3016945145 cites W2319022530 @default.
• W3016945145 cites W2326319492 @default.
• W3016945145 cites W2330854462 @default.
• W3016945145 cites W2331961100 @default.
• W3016945145 cites W2340744176 @default.
• W3016945145 cites W2513155853 @default.
• W3016945145 cites W2535554576 @default.
• W3016945145 cites W2559817462 @default.
• W3016945145 cites W2560830836 @default.
• W3016945145 cites W2563213936 @default.
• W3016945145 cites W2569235437 @default.
• W3016945145 cites W2585094546 @default.
• W3016945145 cites W2587604317 @default.
• W3016945145 cites W2589399149 @default.
• W3016945145 cites W2698076822 @default.
• W3016945145 cites W2704262020 @default.
• W3016945145 cites W2733093592 @default.
• W3016945145 cites W2742667268 @default.
• W3016945145 cites W2759415689 @default.
• W3016945145 cites W2770393577 @default.
• W3016945145 cites W2775601307 @default.
• W3016945145 cites W2784075434 @default.
• W3016945145 cites W2787902833 @default.
• W3016945145 cites W2792737206 @default.
• W3016945145 cites W2793287964 @default.
• W3016945145 cites W2803939568 @default.
• W3016945145 cites W2809859989 @default.
• W3016945145 cites W2887590584 @default.
• W3016945145 cites W2889080481 @default.
• W3016945145 cites W2895015170 @default.
• W3016945145 cites W2906427247 @default.
• W3016945145 cites W2907772513 @default.
• W3016945145 cites W2908903158 @default.
• W3016945145 cites W2911745678 @default.
• W3016945145 cites W2912367912 @default.
• W3016945145 cites W2921984980 @default.
• W3016945145 cites W2923193680 @default.
• W3016945145 cites W2960319647 @default.
• W3016945145 cites W2978053076 @default.
• W3016945145 cites W2982380734 @default.
• W3016945145 cites W3104499313 @default.
• W3016945145 doi "https://doi.org/10.3390/ma13081925" @default.
• W3016945145 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7215928" @default.
• W3016945145 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32325884" @default.
• W3016945145 hasPublicationYear "2020" @default.
• W3016945145 type Work @default.
• W3016945145 sameAs 3016945145 @default.
• W3016945145 citedByCount "11" @default.
• W3016945145 countsByYear W30169451452020 @default.
• W3016945145 countsByYear W30169451452021 @default.
• W3016945145 countsByYear W30169451452022 @default.
• W3016945145 crossrefType "journal-article" @default.

• next