Structurally folded curvature surface models of geodes/ agate rosettes (cathode/anode) as vehicle/truck storages for high energy density of LIBs

Khalifa, Hesham, El-Safty, Sherif A., Reda, Abdullah, Shenashen, Mohamed A., Elmarakbi, Ahmed and Metawa, Hussein A. (2019) Structurally folded curvature surface models of geodes/ agate rosettes (cathode/anode) as vehicle/truck storages for high energy density of LIBs. Batteries & Supercaps. ISSN 2566-6223 (In Press)

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Here, structurally folded curvature surface cathode/anode models were designated as vehicle/truck storages. The modulation of LIB vehicle folds with diverse surface functions such as cave‐in‐hollow nests, shell‐walled/fenced edges, and convex/concave spheroid‐capped gradients of geode (G)/agate rosette (AR) (cathode/anode) electrodes may be used as leverage to motivate the dynamic mobility of electron–ion motion systems directly and generate vehicle/truck storage loading on sustainable electrode surface geometrics, leading to long‐term charge/discharge cycles. In this vehicle/truck storage design, evidence of the effect of structurally folded curvature surface models on the creation of anode/cathode designs is first reported as the force‐driven modulation of high energy density of full‐scale G‐cathode//AR‐anode LIBs. Outstanding long‐term cycling performance and stability, excellent retention capacity ~85% with a first discharge specific capacity of 162.5 mAhg −1 and an approximate Coulombic efficiency of 99.7%, were obtained after 2000 cycles at a rate of 1 C in a potential region from 0.8 V to 3.5V versus Li/Li + at room temperature by using 3D super‐scalable G@C//AR@C built‐in full‐scale LIB models. A high value of specific energy density ≈131.6 Wh kg −1 of full‐scale LIB models may offer all mandatory requirements overcoming the energy density limits that required a driving range of long‐term EVs.

Item Type: Article
Uncontrolled Keywords: lithium-ion battery (LIB), 3D surface curvature geode, vehicle folds, high energy density, full-scale cathode//anode design, discharge capacity
Subjects: F200 Materials Science
H300 Mechanical Engineering
Department: Faculties > Engineering and Environment > Mechanical and Construction Engineering
Depositing User: Elena Carlaw
Date Deposited: 28 Oct 2019 11:28
Last Modified: 28 Oct 2019 11:30

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