TECHNOLOGY OF ORGANIC SUBSTANCES AND MATERIALS BASED ON THEM
Keywords:
Organic substances, organic materials, organic electronics, organic solar cells, bioelectronics, drug delivery systems, environmental sensing, antimicrobial applications, biodegradable packaging, carbon capture and storage, cosmetics, textiles, waste upcycling, sustainabilityAbstract
This article provides an overview of the technology related to organic substances and the materials derived from them. Organic substances, characterized by the presence of carbon atoms, exhibit diverse properties and applications across various fields. The article discusses key areas where organic materials play a significant role, including electronics, energy, healthcare, environment, agriculture, packaging, and more. It highlights the advancements in organic electronics, organic solar cells, bioelectronics, drug delivery systems, environmental sensing, and antimicrobial applications. Additionally, the article explores the use of organic materials in fields such as biodegradable packaging, carbon capture and storage, cosmetics, textiles, and waste upcycling. The versatility and sustainability of organic substances make them valuable in developing advanced technologies and addressing global challenges.
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