Akademik Veri Yönetim Sistemi
Nano, cilt.19, sa.5, 2024 (SCI-Expanded)
In today's energy wars, the decrease in fossil fuels and the increase in pollution reuses the question of energy and clean merit production. For this reason, supercapacitor electrodes are available for supercapacitor applications, which are synthesized using biodegradable materials or hybrids by taking nature as an example. In synthesizing our example electrode pectin, we will examine the methods of obtaining pectin, which is abundant in nature and can be used effectively in terms of its physicochemical properties, by purification or synthesis methods. Supercapacitors are essential in storing energy with their fast charge/discharge properties. This includes using pectin and other materials in energy storage systems. We will present other materials preferred in supercapacitor applications and modified compilations of these applications. In conclusion; a porous material such as pectin has a large surface area. Materials with large surface areas are very suitable electrodes for charge storage in supercapacitor applications. If some problems in pectin production and electrical conductivity can be resolved, it will be a very suitable natural electrode material for supercapacitors.