Nickel-oxide-based supercapacitors with high aspect ratio concentric cylindrical electrodes

Armutlulu, Andaç; Kim, Jungkwun; Kim, M.; Allen, Sue Ann Bidstrup; Allen, Mark G.

doi:10.1109/transducers.2013.6627060

Cited by 6 publications

(1 citation statement)

References 7 publications

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“…Thus, frequent operation and maintenance are recommended, including even replacement with supercapacitors that are smarter and more durable and effective. Redox-active organic compounds [251], nickel oxides [252], 3D graphene or graphene oxide [253], inorganic oxides, metal nitrides [254] or mesoporous materials [254] are recommended for wider use as electrode materials in the future. Polyethylene can be inserted as a separator for better power storage [255].…”

Section: Future Technologies and Materialsmentioning

confidence: 99%

Evolution of Equipment in Electromobility and Autonomous Driving Regarding Safety Issues

Katis

Karlis

2023

Energies

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Over the years, an increase in the traffic of electric and hybrid electric vehicles and vehicles with hydrogen cells is being observed, while at the same time, self-driving cars are appearing as a modern trend in transportation. As the years pass, their equipment will evolve. So, considering the progress in vehicle equipment over the years, additional technological innovations and applications should be proposed in the near future. Having that in mind, an analytical review of the progress of equipment in electromobility and autonomous driving is performed in this paper. The outcomes of this review comprise hints for additional complementary technological innovations, applications, and operating constraints along with proposals for materials, suggestions and tips for the future. The aforementioned hints and tips aim to help in securing proper operation of each vehicle part and charging equipment in the future, and make driving safer in the future. Finally, this review paper concludes with a discussion and bibliographic references.

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