Optimasi kinerja Li4Ti5012 (LTO) melalui penambahan Zn0-nanorods menggunakan metode proses sol gel solid state sebagai anoda baterai lithium-ion setengah sel = Optimization of Li4tT5012 (LTO) performance through the addition of ZnO nanorods using sol gel solid state method process as half cell lithium-Ion battery anode

Meningkatkan Performa pada Li4Ti5O12 dengan Penambahan Karbon Aktif Enkapsulasi ZnO Nanorod pada Anoda Baterai Litium-ion = Enhancing Performance of Li4Ti5O12 with Activated Carbon Encapsulated ZnO Nanorods as Half-Cell Lithium-Ion Battery Anode

Optimizing performance of Zno as a composite anode by addition of activated carbon for lithium ion batteries = Mengoptimalkan kinerja ZnO sebagai anoda komposit dengan penambahan karbon aktif untuk baterai lithium ion

Pengaruh penambahan dopan Fe terhadap performa elektrokimia material LTO/C dengan metode sintesis solid state sebagai anoda baterai ion litium = Effect of Fe doping on electrochemical performance of LTO/C material with solid state synthesis method as lithium ion battery

Meningkatkan Performa LiFePO4 dengan Penambahan Nickel Doping Menggunakan Metode Solid-State dan Prekursor Hematit Sebagai Half-Cell Lithium-Ion Baterai = Enhancing Performance of LiFePO4 with Nickel Doping by Solid Synthesis Method with Hematite Precursor as Half-Cell Lithium-Ion Battery Cathode