FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3176808794> ?p ?o ?g. }

• W3176808794 endingPage "156" @default.
• W3176808794 startingPage "135" @default.
• W3176808794 abstract "AbstractCost-effective and environment-friendly energy storage device is major concern to reduce environment pollution which is major source of fossil fuels. Rechargeable batteries and super capacitor are the promising storage devices used to provide power because of their high energy and power densities, and because of limited power densities of the batteries, it has been restricted in use of electric vehicles and hybrid electric vehicles. So, to enhance the performance of these storage devices, nanotechnology and nanomaterials will play very crucial role in present energy sector. Because of fast diffusion of ions and high particle volume, improved electronic conductivity provided by nanomaterials leads to high current, which is very promising candidate for high energy and power storage. Because of versatile nature of nanomaterials limitations like high reactivity, chemical instability can be overcome by fictionalization of their surfaces and their synthesis process. Present chapter discusses the synthesis methods of nanomaterials, and their application in energy-related application will focus more towards batteries and super capacitor. Chapter also discussed the potential of nanomaterials incorporated into biomasses and hydrogen storage as an aid or addictive to enhance the efficiency of bioenergy storage and conversion. Nanomaterials contribute to better performance of biofuels, biodiesel, and hydrogen production. In addition to prominence, the obvious advantages of nanomaterials and their limitations and challenges of nanomaterials while being used for batteries and super capacitor systems have also been elaborated in this chapter.KeywordsNanomaterialsEnergy storageHydrogen storageBioenergySupercapacitorsBatteries" @default.
• W3176808794 created "2021-07-05" @default.
• W3176808794 creator A5015454040 @default.
• W3176808794 creator A5031725646 @default.
• W3176808794 creator A5051439894 @default.
• W3176808794 date "2021-01-01" @default.
• W3176808794 modified "2023-10-16" @default.
• W3176808794 title "Nanomaterials for Energy Storage Applications" @default.
• W3176808794 cites W1802379727 @default.
• W3176808794 cites W1880767820 @default.
• W3176808794 cites W1949231392 @default.
• W3176808794 cites W1963585239 @default.
• W3176808794 cites W1964452274 @default.
• W3176808794 cites W1978354599 @default.
• W3176808794 cites W1981189261 @default.
• W3176808794 cites W1985730532 @default.
• W3176808794 cites W1993250779 @default.
• W3176808794 cites W1996337795 @default.
• W3176808794 cites W1997106239 @default.
• W3176808794 cites W2002190436 @default.
• W3176808794 cites W2003408860 @default.
• W3176808794 cites W2003729661 @default.
• W3176808794 cites W2004558737 @default.
• W3176808794 cites W2004885055 @default.
• W3176808794 cites W2012724975 @default.
• W3176808794 cites W2012732875 @default.
• W3176808794 cites W2013369119 @default.
• W3176808794 cites W2015962439 @default.
• W3176808794 cites W2016464593 @default.
• W3176808794 cites W2018652376 @default.
• W3176808794 cites W2021094821 @default.
• W3176808794 cites W2021972552 @default.
• W3176808794 cites W2022995925 @default.
• W3176808794 cites W2026346936 @default.
• W3176808794 cites W2027684709 @default.
• W3176808794 cites W2029657138 @default.
• W3176808794 cites W2029983243 @default.
• W3176808794 cites W2032403856 @default.
• W3176808794 cites W2034959585 @default.
• W3176808794 cites W2039293576 @default.
• W3176808794 cites W2044628250 @default.
• W3176808794 cites W2045910190 @default.
• W3176808794 cites W2052040601 @default.
• W3176808794 cites W2052247648 @default.
• W3176808794 cites W2052616115 @default.
• W3176808794 cites W2060188456 @default.
• W3176808794 cites W2063627902 @default.
• W3176808794 cites W2064920487 @default.
• W3176808794 cites W2066433725 @default.
• W3176808794 cites W2067442643 @default.
• W3176808794 cites W2072545580 @default.
• W3176808794 cites W2073734867 @default.
• W3176808794 cites W2075550639 @default.
• W3176808794 cites W2078853455 @default.
• W3176808794 cites W2079613864 @default.
• W3176808794 cites W2086564889 @default.
• W3176808794 cites W2086697626 @default.
• W3176808794 cites W2086872453 @default.
• W3176808794 cites W2100185609 @default.
• W3176808794 cites W2108561247 @default.
• W3176808794 cites W2111638836 @default.
• W3176808794 cites W2112884284 @default.
• W3176808794 cites W2119721321 @default.
• W3176808794 cites W2120009398 @default.
• W3176808794 cites W2126063811 @default.
• W3176808794 cites W2130311928 @default.
• W3176808794 cites W2139921601 @default.
• W3176808794 cites W2139981586 @default.
• W3176808794 cites W2141881253 @default.
• W3176808794 cites W2144729660 @default.
• W3176808794 cites W2146325474 @default.
• W3176808794 cites W2150673614 @default.
• W3176808794 cites W2152411537 @default.
• W3176808794 cites W2160030179 @default.
• W3176808794 cites W2164486089 @default.
• W3176808794 cites W2229614381 @default.
• W3176808794 cites W2255933269 @default.
• W3176808794 cites W2262462384 @default.
• W3176808794 cites W2300288017 @default.
• W3176808794 cites W2300510305 @default.
• W3176808794 cites W2316974522 @default.
• W3176808794 cites W2325224631 @default.
• W3176808794 cites W2333678753 @default.
• W3176808794 cites W2338657876 @default.
• W3176808794 cites W2531202977 @default.
• W3176808794 cites W2551417075 @default.
• W3176808794 cites W2576619890 @default.
• W3176808794 cites W2582782671 @default.
• W3176808794 cites W2607213299 @default.
• W3176808794 cites W2625342224 @default.
• W3176808794 cites W2747037916 @default.
• W3176808794 cites W2768660995 @default.
• W3176808794 cites W2773710478 @default.
• W3176808794 cites W2779510514 @default.
• W3176808794 cites W2800092053 @default.
• W3176808794 cites W2802335867 @default.
• W3176808794 cites W2807620037 @default.
• W3176808794 cites W2831068766 @default.

• next