MXene stands out as a remarkable class of 2D nanomaterials with a rapidly expanding array
of uses. Its core features encompass a range of advantageous qualities, spanning optical …

Analyzing food composition and detecting contaminants is important for monitoring food
quality and assessing public health risks. Traditional food analysis methods can meet …

This study reports the synthesis and characterization of a novel compound, a chalcone-
based Schiff base (SBC), with potential applications in anti-inflammatory and anti-diabetic …

In this present work, synthesize Zinc Oxide Nanobars (ZnO NBs) and Activated carbon (ZnO
NBs/AC) nanocomposites using a simple sol–gel technique. The prepared samples were …

The significant environmental impact of textile industries, particularly dye pollution from the
textile effluents necessitates the urgent attention for its removal. Rhodamine B (RhB), known …

The effective removal of pharmaceutical contaminants from water sources is a critical
environmental concern. In this research, we present an innovative gC 3 N 4@ BiTiO 2/NiO …

Enhancing the recycling stability of photocatalysts is crucial for practical applications. The
significant loss of powder catalyst materials during the recycling process hampers its …

Here, Tylophora indica plant extract was utilized to create nitrogen-doped carbon dots by
hydrothermal method. The synthesized NDCDs was employed to anti-counterfeiting and …

This study used a simple hydrothermal approach to create nitrogen-doped carbon nanodots
(TWNCNDs) from termite wings. The TWNCNDs have high fluorescence (FL) quality with a …

Biological techniques based on plant extracts have attracted significant interest in the
sustainable development era, exceeding the popularity of conventional physical and …