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Modification of carbon-based electroactive materials for supercapacitor applications

Relentless efforts have been underway to improve the energy storage capability and cyclic stability of supercapacitors without sacrificing their shelf life. Supercapacitors, also known as electrochemical capacitors, can deliver significantly more power than batteries or fuel cells, making them indis...

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Hlavní autoři: Abdul Bashid, Hamra Assyaima, Lim, Hong Ngee, Syed Mohd Jaafar, Syed Muhammad Hafiz, Andou, Yoshito, Altarawneh, Mohammed Moor, Zhong, Tao Jiang, Huang, Nay Ming
Médium: Book Section
Jazyk:English
Vydáno: Elsevier 2018
On-line přístup:http://psasir.upm.edu.my/id/eprint/71775/1/Modification%20of%20carbon-based%20electroactive%20materials%20for%20supercapacitor%20applications%20.pdf
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spelling oai:psasir.upm.edu.my:71775 http://psasir.upm.edu.my/id/eprint/71775/ Modification of carbon-based electroactive materials for supercapacitor applications Abdul Bashid, Hamra Assyaima Lim, Hong Ngee Syed Mohd Jaafar, Syed Muhammad Hafiz Andou, Yoshito Altarawneh, Mohammed Moor Zhong, Tao Jiang Huang, Nay Ming Relentless efforts have been underway to improve the energy storage capability and cyclic stability of supercapacitors without sacrificing their shelf life. Supercapacitors, also known as electrochemical capacitors, can deliver significantly more power than batteries or fuel cells, making them indispensable in high power density applications. The selection of electroactive materials for supercapacitors is attributed to the high specific capacitance of supercapacitors. Activated carbon and carbon nanotubes have been widely explored as electroactive materials in supercapacitor applications because of their unique combination of features, which include a high surface area, high electrical conductivity, controlled pore size distribution, and excellent electrochemical properties. Recently, graphene has attracted tremendous interest for supercapacitor research because of its exceptionally high charge carrier mobility, high conductivity, excellent mechanical properties, high surface area, good chemical stability, and great flexibility compared to other carbon-based materials. Therefore, this chapter discusses different types of carbon-based materials that have been studied as electroactive materials for the electrodes of supercapacitors, along with their electrochemical performances (i.e., specific capacitance, retention value, and impedance) in supercapacitor applications. Elsevier 2018 Book Section PeerReviewed text en http://psasir.upm.edu.my/id/eprint/71775/1/Modification%20of%20carbon-based%20electroactive%20materials%20for%20supercapacitor%20applications%20.pdf Abdul Bashid, Hamra Assyaima and Lim, Hong Ngee and Syed Mohd Jaafar, Syed Muhammad Hafiz and Andou, Yoshito and Altarawneh, Mohammed Moor and Zhong, Tao Jiang and Huang, Nay Ming (2018) Modification of carbon-based electroactive materials for supercapacitor applications. In: Carbon-based Polymer Nanocomposites for Environmental and Energy Applications. Elsevier, UNITED_KINGDOM, 393 - 409. ISBN 9780128135747 10.1016/B978-0-12-813574-7.00016-2
institution UPM IR
collection UPM IR
language English
description Relentless efforts have been underway to improve the energy storage capability and cyclic stability of supercapacitors without sacrificing their shelf life. Supercapacitors, also known as electrochemical capacitors, can deliver significantly more power than batteries or fuel cells, making them indispensable in high power density applications. The selection of electroactive materials for supercapacitors is attributed to the high specific capacitance of supercapacitors. Activated carbon and carbon nanotubes have been widely explored as electroactive materials in supercapacitor applications because of their unique combination of features, which include a high surface area, high electrical conductivity, controlled pore size distribution, and excellent electrochemical properties. Recently, graphene has attracted tremendous interest for supercapacitor research because of its exceptionally high charge carrier mobility, high conductivity, excellent mechanical properties, high surface area, good chemical stability, and great flexibility compared to other carbon-based materials. Therefore, this chapter discusses different types of carbon-based materials that have been studied as electroactive materials for the electrodes of supercapacitors, along with their electrochemical performances (i.e., specific capacitance, retention value, and impedance) in supercapacitor applications.
format Book Section
author Abdul Bashid, Hamra Assyaima
Lim, Hong Ngee
Syed Mohd Jaafar, Syed Muhammad Hafiz
Andou, Yoshito
Altarawneh, Mohammed Moor
Zhong, Tao Jiang
Huang, Nay Ming
spellingShingle Abdul Bashid, Hamra Assyaima
Lim, Hong Ngee
Syed Mohd Jaafar, Syed Muhammad Hafiz
Andou, Yoshito
Altarawneh, Mohammed Moor
Zhong, Tao Jiang
Huang, Nay Ming
Modification of carbon-based electroactive materials for supercapacitor applications
author_facet Abdul Bashid, Hamra Assyaima
Lim, Hong Ngee
Syed Mohd Jaafar, Syed Muhammad Hafiz
Andou, Yoshito
Altarawneh, Mohammed Moor
Zhong, Tao Jiang
Huang, Nay Ming
author_sort Abdul Bashid, Hamra Assyaima
title Modification of carbon-based electroactive materials for supercapacitor applications
title_short Modification of carbon-based electroactive materials for supercapacitor applications
title_full Modification of carbon-based electroactive materials for supercapacitor applications
title_fullStr Modification of carbon-based electroactive materials for supercapacitor applications
title_full_unstemmed Modification of carbon-based electroactive materials for supercapacitor applications
title_sort modification of carbon-based electroactive materials for supercapacitor applications
publisher Elsevier
publishDate 2018
url http://psasir.upm.edu.my/id/eprint/71775/1/Modification%20of%20carbon-based%20electroactive%20materials%20for%20supercapacitor%20applications%20.pdf
_version_ 1819299006915805184
score 13.4562235

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