Hierarchical nanoarchitecture of zirconium phosphate/graphene oxide: Robust electrochemical platform for detection of fenitrothion

Interfacial Superassembly of Mo2C@NiMn-LDH Frameworks for Electrochemical Monitoring of Carbendazim Fungicide

“…The bimetallic composite exhibits a superior morphology, rapid electron transport, increased active surface area, and amplified electronic conductivity than that of the monometallic counterparts, which improve the electrochemical performance toward the target analytes. 15,16 Kokulnathan et al reported that the state-of-the-art nanostructure materials such as MXenes further improve the stability, conductivity, and synergy when used as a dopant and thereby enhance the electrochemical performance. 17 Very recently, transition metal carbides which belong to the family of MXene have popped up with stupendous potential in the field of electrochemistry due to their unique surface chemistry, remarkable electrical conductivity, good biocompatibility, and hydrophilicity.…”

1D GNR‐PPy Composite for Remarkably Sensitive Detection of Heavy Metal Ions in Environmental Water**

“…CV response of the GNR‐PPy at different pH values (3.5‐7.0) at a scan rate of 50 mV/s (Figure S3) clearly shows that the reduction peak of Pb 2+ ion shifts to more positive region from pH value 3.5 to 4.5, which suggests the direct involvement of hydrogen ions in the reduction process on the modified electrode surface. In contrast, a significant decrease in current for pH>4.5 was observed which could be due to the lesser ion‐exchange sites resulting from lesser degree of ionisation [38] . Hence, pH 4.5 was chosen as the optimal medium as it showed an excellent electrochemical activity and higher cathodic peak current.…”

“…In contrast, a significant decrease in current for pH > 4.5 was observed which could be due to the lesser ion-exchange sites resulting from lesser degree of ionisation. [38] Hence, pH 4.5 was chosen as the optimal medium as it showed an excellent electrochemical activity and higher cathodic peak current. Optimization of the different mass concentration of GNR-PPy from 2 μL to 14 μL was studied with respect to its electrochemical activity and are shown in Figure S6, consequently the current gradually increased from 2 to 10 μL and decreased thereafter, probably due to shrink in its conductivity after outstretching beyond optimum thickness.…”

Polymer functional coatings modified by ZrP‐based composites: Preparation and applications on marine concrete

“…In addition, its two-dimensional interlayer can accommodate a variety of guest materials, achieving a final interlayer structure with properties and functions different from those of the pristine laminated materials. [32][33][34] The morphology, crystallinity, and size of α-ZrP can be regulated by controlling the synthesis conditions. 35 α-ZrP is an ideal two-dimensional material for intercalationchemistry research and is suitable for the preparation of polymeric nanocomposites.…”

“…Moreover, α‐ZrP has a lamellar structure, which can extend the migration diffusion path, enhancing its barrier behavior against corrosive media. In addition, its two‐dimensional interlayer can accommodate a variety of guest materials, achieving a final interlayer structure with properties and functions different from those of the pristine laminated materials 32–34 . The morphology, crystallinity, and size of α‐ZrP can be regulated by controlling the synthesis conditions 35 .…”