Gold Nanochains

Product Overview

Gold nanochains are a unique type of nanomaterial composed of multiple gold nanoparticles connected in a chain-like structure. This distinctive arrangement gives gold nanochains special properties in optical, electrical, and magnetic applications, making them valuable in biomedical, electronic, and catalytic fields. Gold nanochains can be synthesized to form ordered, length-controlled structures, showing physical properties that differ significantly from single gold nanoparticles.

Features

• Unique One-Dimensional Structure: The chain-like configuration imparts unique characteristics not found in other nanostructures.
• Enhanced Conductivity: The chain structure offers improved electron conduction along the chain direction, aiding in the design and application of electronic devices.
• High Aspect Ratio: Gold nanochains have longer lengths and smaller diameters, giving them a high aspect ratio that enhances performance in various applications.
• Optical Anisotropy: Their optical properties are directional, with absorption and scattering characteristics varying with orientation.

Applications

• Biomedical Field: Gold nanochains can be used for bioimaging, utilizing their unique optical properties for fluorescence imaging and photothermal therapy.
• Drug Delivery: Serving as drug carriers, they enable targeted drug delivery and localized therapy, improving treatment efficacy.
• Electronics Field: Due to their conductivity, gold nanochains can be applied in the fabrication of nanoscale electronic devices and nano-circuits.
• Catalysis: In certain catalytic reactions, gold nanochains' high surface area and unique structure enhance catalytic efficiency.