FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367358051> ?p ?o ?g. }

• W4367358051 endingPage "97" @default.
• W4367358051 startingPage "75" @default.
• W4367358051 abstract "As sustainability practices and Green Chemistry’s principles gathered attention, the use of renewable sources became an urgent topic to be addressed by the scientific community. In that way, biomass has become pivotal in a more sustainable future, especially for energy applications. Compared to the conventional carbon nanostructures obtained from non-renewable sources, biomass has a great potential for their replacement and to furnish similar materials for carbon-based supercapacitors. However, to accomplish that biomass has to overcome a large variety of drawbacks as suitable methods for increased porosity (hierarchical pore sizes and high surface areas), reduced tortuosity, reduction of the number of some oxygenated functional groups (avoiding secondary reactions that induce charge loss), and increased wettability. The structure of carbon-based materials can directly influence their electrical properties and thus affect their resistivity/conductivity, which is related to the activation or preparation procedure employed to produce them from biomass. Despite the efforts made on lignocellulosic-based supercapacitors, structural uniformity continues to be a fundamental challenge for the field. Even the slightest change in any treatment parameter causes critical differences in the final physicochemical supercapacitor. In addition, it should also be mentioned that biomass source implies the transformation of the electrochemical activities, needing to establish a comparison between them. Also, biomass cultivation and the circular economy might represent a vital bottleneck to be overcome. Despite these issues mentioned above, it is worth noting that biomass efforts for replacing non-renewable sources of carbon-based supercapacitors are essential to devote great attention to overcoming them to achieve a more sustainable future for energy purposes." @default.
• W4367358051 created "2023-04-30" @default.
• W4367358051 creator A5003622413 @default.
• W4367358051 creator A5027924361 @default.
• W4367358051 creator A5028192449 @default.
• W4367358051 creator A5078851635 @default.
• W4367358051 creator A5089654036 @default.
• W4367358051 date "2023-01-01" @default.
• W4367358051 modified "2023-09-26" @default.
• W4367358051 title "Key Limitations of Biomass-Derived Carbon Nanostructures for Energy Application" @default.
• W4367358051 cites W1122866445 @default.
• W4367358051 cites W1134292783 @default.
• W4367358051 cites W1862411084 @default.
• W4367358051 cites W1912580145 @default.
• W4367358051 cites W1967509014 @default.
• W4367358051 cites W1991555653 @default.
• W4367358051 cites W1992361518 @default.
• W4367358051 cites W2006476701 @default.
• W4367358051 cites W2007609876 @default.
• W4367358051 cites W2012646912 @default.
• W4367358051 cites W2018125232 @default.
• W4367358051 cites W2023761785 @default.
• W4367358051 cites W2031004145 @default.
• W4367358051 cites W2042447752 @default.
• W4367358051 cites W2053804303 @default.
• W4367358051 cites W2063919685 @default.
• W4367358051 cites W2074970192 @default.
• W4367358051 cites W2075904417 @default.
• W4367358051 cites W2085072678 @default.
• W4367358051 cites W2085835970 @default.
• W4367358051 cites W2088266317 @default.
• W4367358051 cites W2102000918 @default.
• W4367358051 cites W2104034101 @default.
• W4367358051 cites W2117681523 @default.
• W4367358051 cites W2139287008 @default.
• W4367358051 cites W2141179734 @default.
• W4367358051 cites W2170929620 @default.
• W4367358051 cites W2293215815 @default.
• W4367358051 cites W2396711057 @default.
• W4367358051 cites W2413227829 @default.
• W4367358051 cites W2443198213 @default.
• W4367358051 cites W2563370922 @default.
• W4367358051 cites W2568739776 @default.
• W4367358051 cites W2571309095 @default.
• W4367358051 cites W2583805227 @default.
• W4367358051 cites W2604828237 @default.
• W4367358051 cites W2738551291 @default.
• W4367358051 cites W2768167137 @default.
• W4367358051 cites W2771337109 @default.
• W4367358051 cites W2808128963 @default.
• W4367358051 cites W2895857229 @default.
• W4367358051 cites W2900539329 @default.
• W4367358051 cites W2903085127 @default.
• W4367358051 cites W2912541184 @default.
• W4367358051 cites W2916073633 @default.
• W4367358051 cites W2942144295 @default.
• W4367358051 cites W2950332610 @default.
• W4367358051 cites W2979007382 @default.
• W4367358051 cites W2980118730 @default.
• W4367358051 cites W2985692238 @default.
• W4367358051 cites W3000570492 @default.
• W4367358051 cites W3006269673 @default.
• W4367358051 cites W3024928177 @default.
• W4367358051 cites W3041883402 @default.
• W4367358051 cites W3080144159 @default.
• W4367358051 cites W3082370397 @default.
• W4367358051 cites W3085812882 @default.
• W4367358051 cites W3091667046 @default.
• W4367358051 cites W3097464539 @default.
• W4367358051 cites W3102208950 @default.
• W4367358051 cites W3108888858 @default.
• W4367358051 cites W3138176235 @default.
• W4367358051 cites W3159166844 @default.
• W4367358051 cites W3162109060 @default.
• W4367358051 cites W4206522563 @default.
• W4367358051 cites W4221135941 @default.
• W4367358051 cites W4237622061 @default.
• W4367358051 cites W4250171504 @default.
• W4367358051 doi "https://doi.org/10.1007/978-981-99-0996-4_3" @default.
• W4367358051 hasPublicationYear "2023" @default.
• W4367358051 type Work @default.
• W4367358051 citedByCount "0" @default.
• W4367358051 crossrefType "book-chapter" @default.
• W4367358051 hasAuthorship W4367358051A5003622413 @default.
• W4367358051 hasAuthorship W4367358051A5027924361 @default.
• W4367358051 hasAuthorship W4367358051A5028192449 @default.
• W4367358051 hasAuthorship W4367358051A5078851635 @default.
• W4367358051 hasAuthorship W4367358051A5089654036 @default.
• W4367358051 hasConcept C104779481 @default.
• W4367358051 hasConcept C115540264 @default.
• W4367358051 hasConcept C119599485 @default.
• W4367358051 hasConcept C127413603 @default.
• W4367358051 hasConcept C140205800 @default.
• W4367358051 hasConcept C147789679 @default.
• W4367358051 hasConcept C159985019 @default.
• W4367358051 hasConcept C162324750 @default.
• W4367358051 hasConcept C171250308 @default.
• W4367358051 hasConcept C17525397 @default.

• next