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Awaludin Martin

3
Artikel: 1
Jurnal: 2026
Tahun aktif

Menulis tentang

Activated carbon; biomass; chemical-physical activation; supercapacitor; sustainable energy Acacia pods; activated carbon; electrode material; local biomass; supercapacitor Carbon; electrode materials; Musa paradisiaca L. peel; self-doped; supercapacitor

Terbit di: Komunikasi Fisika Indonesia

Artikel Terbit

3 artikel

Harnessing multi-doping porous carbon from Musa paradisiaca L. peel waste for solid-state supercapacitors

Cenora Evelynza Purba ; Nursyafni Nursyafni ; Apriwandi Apriwandi ; Pharada Kresna ; Julnaidi Julnaidi ; Muhammad Nasir ; Rakhmawati Farma ; Rahmi Dewi ; Awaludin Martin ; Lilik Tri Hardanto ; Rika Taslim ; Erman Taer

Komunikasi Fisika Indonesia 8 Sep 2026 10.31258/jkfi.21.3.187-196

Manufacturing of supercapacitor carbon electrodes based on a mixture of acacia bark and nutmeg leaf waste for environmentally friendly energy storage

Titin Hartini ; Novi Yanti ; Erman Taer ; Apriwandi Apriwandi ; Vira Friska ; Pharada Kresna ; Julnaidi Julnaidi ; Muhammad Nasir ; Minarni Shiddiq ; Erwin Amiruddin ; Awaludin Martin ; Rika Taslim

Komunikasi Fisika Indonesia 8 Sep 2026 10.31258/jkfi.22.3.227-232

Biomass-derived activated carbon from acacia pods as a green electrode material for supercapacitors

Nadja Melika Putri ; Nursyafni Nursyafni ; Apriwandi Apriwandi ; Vira Friska ; Pharada Kresna ; Julnaidi Julnaidi ; Muhammad Nasir ; Minarni Shiddiq ; Erwin Amiruddin ; Awaludin Martin ; Rika Taslim ; Erman Taer

Komunikasi Fisika Indonesia 8 Sep 2026 10.31258/jkfi.22.3.221-226