Abstract Cadmium (Cd (II)) ion is one of the most important toxic metals to remove from
contaminated water for safe-guarding the public health. Elevated levels of Cd (II) ion in …

The chemical ligand of N, N–bis (salicylidene) 1, 2–bis (2–aminophenylthio) ethane
(BSBAE) was synthesized and then embedded indirectly on the mesoporous silica for the …

In this study, a ligand was anchored with mesoporous silica, named as nano-composite
materials, was applied in the detection and adsorption of cadmium (Cd (II)) ions from …

In this study, the novel functional ligand was synthesized and then successfully immobilized
onto the inorganic silica for the fabrication of solid-state sensor for simultaneous detection …

Abstract Copper (Cu (II)) is a very toxic heavy metal that even at low concentration can affect
living organisms. Therefore, designing effective materials with high selectivity and cost …

In this study, an optical sensor material was fabricated for sustainable detection and
adsorption of cadmium (Cd (II)) ion in aqueous solution with specific color formation. The …

Simultaneous detection and removal of heavy metals with high sensitivity and adsorption
capacity of a suitable material is an ultimate goal in industry for the purification of …

The novel ligand based functionalized composite materials (CpMA) was fabricated using a
highly porous silica and deployed as an effective materials for the effective monitoring and …

Organic ligand based sustainable composite material was prepared for the detection and
removal of nickel (Ni (II)) ion from contaminated water. The ligand was anchored based on …

The ligand based composite material is an effective material for the removal of diverse
contaminants from wastewater. However, the performance of some ligands functionality is …