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Carbon Nanotubes-Graphene Electrode Paste Detects NSAIDs

Using a basic mix of graphene and multi-walled carbon nanotubes as an electrode paste, simple electrolytic approaches for DCF measurement were developed.

Shaheer-rehandec , Dimarion-shutterstock , Megan-craig , Shaheer-rehan , Public-health , International-journal-of-environmental-research , International-journal , Environmental-research , Electrochemical-method , Ease-determination , Sodium-diclofenac-trace-levels , Water-using-graphene

Biosynthesized Silver Nanoparticles Produce Successful Nanosensor

Extremely selective silver nanoparticles were biochemically synthesized for spectrophotometric determination of Zn (II) ion in nanosensors.

Shaheer-rehandec , Megan-craig , Nilgirianthus-ciliatus , Shaheer-rehan , Materials-research-bulletin , Materials-research , Surface-plasmon-resonance , Plant-extracts , Nilgirianthus-ciliatus-leaves ,

Modifying Nanomaterial Morphologies to Advance Li Batteries

The basics of nanomaterial morphological manipulation and topological impacts on several rechargeable lithium cell compositions were investigated.

Shaheer-rehandec , Megan-craig , Shaheer-rehan , Nano-energy , Nanomaterial-morphological-control , Lithium-rechargeable , Image-credit , Morphological-control ,

Biochar Revealed as Cheap Material for Energy Storage Devices

Nano-sized mesoporous biochar obtained from biomass pyrolysis as a cheap substance for excellent performance energy storage devices.

Shaheer-rehandec , Megan-craig , Mesoporous-biochar , Shaheer-rehan , Biomass-pyrolysis-as-electrochemical-energy-storage-supercapacitor , Materials-science-for-energy-technologies , Materials-science , Energy-technologies , Cheap-material , Energy-storage , Nano-sized-mesoporous-biochar-derived , Biomass-pyrolysis

New Bottom-Up Batch Approach to Nanofilament 2D Materials

By Shaheer Rehan Dec 23 2021 Reviewed by Megan Craig An article recently published in the journal Materials Today explores the potential of synthesizing titanium carbides, phosphides, nitrides,...

Shaheer-rehandec , Megan-craig , Shaheer-rehan , Interesting-properties , Materials-today , Bottom-up-batch-approach , Filtered-films , Lorentz-polarization ,

Universal Route for Asymmetrical Janus Graphene Oxide Synthesis

A fabrication method was demonstrated for Janus graphene oxide films with unique asymmetrical architecture

Shaheer-rehandec , Megan-craig , Janus-nanostructures , Daniel-ramirez-gonzalez-shutterstock , Shaheer-rehan , Key-findings-of-the-research , Applied-surface-science , From-one , Achieve-well-steered-spatial-charge-separation , Janus-like-asymmetrically-graphene-oxide-films , High-photocatalytic , Image-credit

SERS System Utilizes Plasmonic Nanomaterials to Detect Pesticides

A unique 3D hierarchic high-porosity functional surface-enhanced Raman scattering platform has been developed to sense pesticides on fruit and vegetables.

Shaheer-rehandec , Megan-craig , Fotokostic-shutterstock , Shaheer-rehan , Utilizes-plasmonic-nanomaterials , Hierarchical-plasmonic-functional , Trace-droplet-rapid-detection-ability , Pesticide-residue-detection , Image-credit , Detect-pesticide ,

Insights into High Performance Supercapacitor Design

A hollowed nickel oxide semiconductor was synthesized utilizing the parent Ni-based metalorganic complex based on the Kirkendall phenomenon.

Shaheer-rehandec , Gorodenkoff-shutterstock , Megan-craig , Shaheer-rehan , Energy-density-of-ultracapacitors , Chemical-engineering-journal , Energy-density , Designing-both-cathode , Image-credit , Transition-metal-oxides , Nio-based-materials , Engineering-journal

Utilizing Polymeric Nanoparticles for Breast Cancer Drug Delivery

A new review aims to give the most recent information on polymer-based nanoparticle drug administration methods for the treatment of breast cancers.

Shaheer-rehandec , Megan-craig , Kateryna-kon-shutterstock , Shaheer-rehan , Current-drug-development , Polymeric-nanoparticles , Therapeutic-insight , Breast-cancer-treatment , Image-credit , Polymeric-nanoparticulate , Nanoparticle-polymers ,

New Nanostructured Composites Could Clean Environment

A hydrothermal approach was used to create zinc tungstate nanoparticles on reduced graphene oxide nanocomposites (ZnWO4-NPs@rGO) to break down hazardous dye.

Shaheer-rehandec , Megan-craig , Shaheer-rehan , Enhanced-visible-light-photocatalytic-performance , Image-credit , Zinc-tungstate , Reduced-graphene ,