Özgür ÇOBANOĞLU, Jitka ERYILMAZ, Mehmet Fatih ATAŞALAN, Semih KAZANÇ

TEMEL BİLİMLERİN TEKSTİL VE MODA ÜZERİNE İZDÜŞÜMÜ: NANO-TEKNOLOJİ VE ŞARJ EDİLEBİLİR KUMAŞ ÖRNEĞİ

Bu çalışma, araştırma grubumuzun teknik tekstile olan çok-disiplinli yaklaşımını, elektriksel olarak doldurulabilir kumaş geliştirme proje örneği üzerinden sunacak ve projenin son durumunu, verilerle destekleyerek aktaracaktır. Bahsi geçen proje grafen nano-yüzey üretimi, tekstil kumaşını oluşturan elyafın grafen nanoyüzeyler ile kaplanması ve bunların üzerinde manganez elementinin oksitlerinin büyütülmesi ile uygun bir elektrolit içinde elektrot malzemesi olarak kullanılması fikrine dayalı olarak kurgulanmıştır. Bu çalışma, grafen nano-yüzey üretimi ve karakterizasyonu, kumaşa uygulanması ve kumaşın yüzey iletkenliğinin ölçülmesi, üstün-sığa mimarisinin oluşturulması ve elektro-kimyasal karakterizasyon ile sığanın ölçülmesi ayrıntılarını aktaracaktır

Anahtar Kelimeler:

Nano-teknoloji, grafen, üstün-sığa, giyilebilir teknoloji, depolama, batarya

PROJECTION OF SCIENCES ONTO TEXTILE AND FASHION: NANO-TECHNOLOGY AND CHARGEABLE FABRIC EXAMPLE

This proceeding provides readers with an overview of our multidisciplinary approach to technical textile research through reviewing recent preliminary results of an example project aiming at developing super-capacitor fabric structures. The fundamental idea of the project is based on, production of graphene nano-sheets and their application onto textile fabric, growing the oxides of manganese on graphene coating and utilization of the final fabric within a suitable electrolyte as electrode material. Graphene nano-sheet production and characterization methods, application to textile fabric and surface resistance measurements as well as construction of super-capacitor architecture and characterization of the final device capacitance via electro-chemistry are presented.

Keywords:

Nano-technology, graphene, super-capacitor, wearable technology, storage, battery,

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