Au nanoparticle chain

Au nanoparticle chainProduct Name NameAu nanoparticle chain Product Overview Gold nanochains are nanomaterials with a chain like structure formed by connecting multiple gold nanoparticles in a specific way. It is usually achieved through some synthetic methods to arrange and connect gold nanoparticles in an orderly manner, forming a chain like structure with a certain length and regularity. This unique structure endows gold nanowires with special properties and functions

Product Name

Name：Au nanoparticle chain

^{Product Overview}

Gold nanochains are nanomaterials with a chain like structure formed by connecting multiple gold nanoparticles in a specific way. It is usually achieved through some synthetic methods to arrange and connect gold nanoparticles in an orderly manner, forming a chain like structure with a certain length and regularity. This unique structure endows gold nanowires with special properties and functions that distinguish them from individual gold nanoparticles or other nanostructures, such as unique optical, electrical, magnetic, and other properties, which make them potentially valuable in many fields.

^{Technical Parameter}

Diameter:~10 nm         

Particle concentration:2.33 nM

Solvent: ethanol

Absorption peak position:500-700 nm

^{Product Features}

Unique one-dimensional structure: presenting a chain like morphology, this structure endows it with distinct characteristics from other nanostructures.

Enhanced conductivity: may have better electronic conductivity along the chain direction.

High aspect ratio: Long in length and relatively small in diameter, with a high aspect ratio.

Optical anisotropy: It exhibits a certain degree of anisotropy in optical properties, with absorption and scattering characteristics varying with direction.

Application Fields

Biomedical field: can be used for biological imaging, such as fluorescence imaging using its unique optical properties.

As a drug carrier, it achieves targeted delivery of drugs. Plays a role in photothermal therapy.

In the field of electronics, due to its conductivity, it can be used to prepare nanoelectronic devices, nanocircuits, etc.

In the field of catalysis, it may be used for specific catalytic reactions, utilizing its high specific surface area and unique structure.

Related Information

^{Please e-mail for the detailed characterization data.}

^{E-mail:[email protected]}