Highly active iron (II) oxide-zinc oxide nanocomposite synthesized Thymus vulgaris plant as bioreduction catalyst: Characterization, hydrogen evolution and photocatalytic degradation

Structural, optical, morphological, sun-light driven photocatalytic and antimicrobial investigations of Ag2S and Cu/Ag2S nanoparticles

“…On the surface of water, electrons and holes create hydroxyl radicals ( ). It is possible that, if there are interface imperfection states, it will be capable of capturing the electrons or holes, which will prevent recombination and may cause the pace of redox processes to increase ( Ameen et al, 2023b ). In this instance, Cu acted as an electron collector and enhances the photocatalytic activity rate.…”

Evaluation of Catalytic Conditions for Dye Discoloration Using Nano‐TiO2 Films: A Fractional Factorial Design Approach

“…The rapid growth of industrial pollutants has created a severe environment problem, as these pollutants often contain highly toxic chemicals that are challenging to separate from wastewater. [1] Among these pollutants' dyes derived from aromatic compounds are particularly problematic in solution, are very stable, have pose a significant challenge. They are highly stable in solution, exhibit high solubility, are difficult to separate, pose health risk to humans, and pose a serious threat to aquatic ecosystems.…”

“…The rapid growth of industrial pollutants has created a severe environment problem, as these pollutants often contain highly toxic chemicals that are challenging to separate from wastewater [1] . Among these pollutants’ dyes derived from aromatic compounds are particularly problematic in solution, are very stable, have pose a significant challenge.…”

Plant extract-mediated synthesis Cobalt doping in zinc oxide nanoparticles and their in vitro cytotoxicity and antibacterial performance

“…Nanotechnology is a new global science, rapidly growing and widely considered in various fields, including engineering and medicine [ [11] , [12] , [13] ]. It has been shown that nanoparticles, due to their extraordinary properties such as small size [ 14 ], optical properties [ 15 ], conductivity, porosity, and high surface-to-volume ratio [ 16 ], can be used to design new and innovative treatment methods for all kinds of diseases [ 17 , 18 ].…”