There is a growing interest on the Graphene based nanomaterials for biomedical
applications, due to their interesting antibacterial and microbial properties. Generally …

An economical, sustainable and environmentally friendly approach was employed to
synthesise reduce graphene oxide from lemon (Citrus limon) peel extract. In the present …

The chemical reduction of graphene oxide (GO) involved toxic and harmful reducing
compounds. These reductants require the addition of a stabilizer to avoid the reduced …

In this work, the green reductant is used for the synthesis of reduced graphene oxide (rGO)
from the Punica granatum (pomegranate) extract. The suitability of pomegranate juice was …

Reduced graphene oxide has attracted considerable interest due to its immense potential in
developing a wide range of application devices. A key feature of the synthesis of reduced …

Graphene, a single layer graphitic based material, is nowadays the most promising and
studied material due to its unique physical and chemical properties [1]. The “top-down” …

Graphene, a very attractive two-dimensional single atom thick carbon nanomaterial with
excellent mechanical flexibility, superior electrical conductivity, high thermal and chemical …

A low cost and environment friendly green reducing agent ascorbic acid also known as
vitamin C is used for reduction process of Graphene Oxide. Graphene Oxide was …

An environment-friendly and low-cost green reducing agent shallots are used for the facile
and effective synthesis of partially reduced Graphene Oxide (prGO). The improved hummers …

Graphene oxide is successfully synthesized using Hummer's method and Hummer's method
with additional KMnO 4. Hummer's method with additional KMnO 4 shows higher oxidation …