In this work we propose a full operando characterization of Al/EMIMCl:AlCl3/Graphite system that shows high rate capability (up to 100C), by using x-ray scattering from small angles (SAXS) to wide angles (WAXS) range. The fully reversibility of the graphite intercalation compound formation where comprehensively investigated. The intercalation repeated distance were directly detected in the small angle range along with the mesoporosity of the anode graphite upon cycling
An operando study on the fully reversibility of an ultrafast rechargeable aluminum battery / Greco, G; Giuseppe Antolio, Elia; Daniel, Hermida-Merino; Robert, Hahn; Simone, Raoux. - In: ADVANCED ENERGY MATERIALS. - ISSN 1614-6840. - (In corso di stampa).
An operando study on the fully reversibility of an ultrafast rechargeable aluminum battery
Greco G;
In corso di stampa
Abstract
In this work we propose a full operando characterization of Al/EMIMCl:AlCl3/Graphite system that shows high rate capability (up to 100C), by using x-ray scattering from small angles (SAXS) to wide angles (WAXS) range. The fully reversibility of the graphite intercalation compound formation where comprehensively investigated. The intercalation repeated distance were directly detected in the small angle range along with the mesoporosity of the anode graphite upon cyclingI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
