E Mossfika, S Syukri, H Aziz - Journal of Aceh Physics Society, 2020 - jurnal.usk.ac.id
Activated carbon from tea waste has been synthesized and has been tested as a supercapacitor electrode. Making activated carbon based on variations in the ratio of carbon …
Karbon aktif dari ampas biji kopi robusta yang diaktivasi menggunakan variasi konsentrasi KOH sebesar 0, 2 M, 0, 3 M, dan 0, 5 M telah digunakan sebagai bahan dasar elektroda …
Research on the synthesis of activated carbon from coffee industrial waste has been successfully carried out using the pretreatment method. Samples are carried out by varying …
Reuse of agricultural waste materials is a smart solution for reducing their environmental impacts and increase economic value. Spent coffee grounds (SCG) is worldwide generated …
A major treat to the comfort of human life has been imposed by the unintentional and great increased industrialization and urbanization. Their generations and land disposals of huge …
Karbon aktif dari batang jagung (Zea mays L.) disintesis dengan metode karbonisasi, aktivasi, dan doping N dari NH4OH pada 400° C selama 1 jam dengan perbandingan …
Telah dibuat elektroda karbon superkapasitor dari daun sukun (Artocarpus Altilis) dengan proses tiga langkah berikut ini, yaitu:(i) aktivasi kimia,(ii) karbonisasi, dan (iii) aktivasi fisika …
ON Tetra, A Alif, R Fristina, H Aziz - IOP Conference Series …, 2017 - iopscience.iop.org
A porous carbon prepared from waste palm kernel shells has been applied as a new supercapacitor electrode material. Activated carbon was synthesized through a …
Karbon aktif dari ampas biji kopi telah dimanfaatkan sebagai bahan dasar elektroda superkapasitor. Pembuatan karbon aktif ini diaktivasi menggunakan NaOH, setelah itu …