Ar elektroforētiskās izgulsnēšanas metodi iegūts pārejas metālu un reducēta grafēna oksīda anodmateriāls litija jonu baterijām

6533b839fe1ef96bd12a6c5d

RESEARCH PRODUCT

Ar elektroforētiskās izgulsnēšanas metodi iegūts pārejas metālu un reducēta grafēna oksīda anodmateriāls litija jonu baterijām

Mihails Karaušs

subject

Fe2O3/TiO2/rGO Fizika litija jonu baterija elektroforētiska izgulsnēšana anodmateriāls

description

Litija jonu baterijas (LJB) ir viena no svarīgākajiem enerģijas uzglabāšanas ierīcēm, kuras priekšrocības ir augsts enerģijas blīvums, augsts uzlādes/izlādes ciklu skaits un laba īpatnējā jauda. Tomēr pastāvīgi nepieciešams uzlabot LJB elektrodu enerģijas blīvumu. Šajā darbā tiek pētīts elektroforētiski izgulsnēts Fe2O3/TiO2/rGO kompozīts ka anods LJB. Fe2O3 ir liela lādiņietilpība (1007 mAh/g), TiO2 dod struktūras stabilitāti un rGO piemīt augsta lādiņietilpība un liela elektrovadītspēja. Darbā tiek pētītas Fe2O3/TiO2/rGO kompozīta struktūra un elektroķīmiskas īpašības kā funkcija no elektroforēzē izmantotās suspensijas sastāva. Noteikts optimālais suspensijas masas attiecības sastāvs Fe2O3/TiO2/rGO = 50/40/10 %. No tā iegūtie elektrodi uzrāda īpatnējo lādiņietilpību līdz 620 mAh/g.

year	journal	country	edition	language
2022-01-01

https://dspace.lu.lv/dspace/handle/7/57888

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