Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods - Features and Applications by Strem Chemicals

Topics Covered

Background
Physical Properties of Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods
Applications of Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods

Background

Since its inception, Strem Chemicals has focused on offering unique organometallic compounds for both academic and industrial research purposes. Close relationships with leading researchers in the field have enabled Strem to stay abreast of the latest scientific advances in and regularly add novel chemicals to our product portfolio. Most recently, Strem Chemicals has embraced the emerging area of nanotechnology and formed a collaboration with the Max-Planck-Institut fuer Kohlenforschung. A series of including metal nanoclusters, metal nanocolloids (organosols and hydrosols), metal nanopowders, metal nanoparticles, and magnetic fluids are now available from Strem Chemicals.

Physical Properties of Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods

The physical properties of Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods are outlined in the following table.

Color and Form

Maroon-red liquid

Properties

Water soluble

Shape

Mixture of triangles, hexagons, polygons, and rods

Ratio

Triangles: Hexagons: Polygons: Rod = 12:22:11:1

UV-Vis (nm)

535-545 nm

Ordering Specifications

Supplied as kit; For best results, use within 24 hours of generation

Note: Supplied as kit and contains sugars as stabilizer.

Applications of Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods

Typical applications of Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods include sensor design, nanoelectronics and MEMS applications. Gold Nanotriangles, Nanohexagons, Nanopolygons and Nanorods are also ideal for spin coating, self-assembly and monolayer formation

Source Strem Chemicals.

For more information on this source please visit Strem Chemicals.

Date Added: Jan 25, 2009 | Updated: Sep 16, 2013
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