Akgül Gökçen
Department of Energy Systems Engineering, Engineering and Architecture Faculty, Recep Tayyip Erdoğan University, Rize, Turkiye.
Turk J Chem. 2023 Oct 16;47(6):1380-1388. doi: 10.55730/1300-0527.3621. eCollection 2023.
Technological devices are mostly manufactured by conductive and semiconductive materials. As advancement in the last decades, carbon nanomaterials have been explored in electrical/electronic technology due to their unique performances for manufacturing developing, and prudential miniaturized and flexible electrical/electronic devices. In the era of sustainable and clean carbon technology; renewable, alternative, biodegradable, and eco-friendly new carbon resources are required. Biomass could be the answer to offer inspiring carbon allotropes from nature to be suitable for developing electrical/electronic devices. In this article, deriving of the technological carbonaceous material from biomass, studies although they are very limited in the literature on obtaining the electrical conductive ones and the progress as electrical conductive renewable material are presented.
技术设备大多由导电和半导电材料制成。在过去几十年的发展中，由于碳纳米材料在制造、开发以及审慎地实现小型化和柔性电气/电子设备方面具有独特性能，因此已在电气/电子技术中得到探索。在可持续和清洁碳技术时代，需要可再生、替代、可生物降解且环保的新型碳资源。生物质可能是提供源自自然界的、适合用于开发电气/电子设备的新型碳同素异形体的答案。在本文中，介绍了从生物质中衍生技术含碳材料的情况，尽管关于获得导电材料的文献研究非常有限，但仍阐述了作为导电可再生材料的进展。
