Customers may also be interested in our carbon nanotubes and our other nanotubes.

Nanorods of                 Elements	Nanorods of                 Semiconductors	Nanorods of                  Compounds	Nanorods of                 Oxides	Nanorods of                         Rare Earth Oxides
Ag    D = 900 nm, L > 10 um    D = 300 nm, L > 20 um    D =   90 nm, L > 10 um    D =   40 nm, L > 1 um Bi    D < 100 nm, L = 1-2 um In    D < 100 nm, L = 1-2 um Si    D = 6-8 nm, L = 100 nm	GaP       D < 100 nm, L = 1-6 um InP       D < 100 nm, L = 1-6 um	Si3N4       D = 100 nm, L = 800 nm	TiO2     D = 10 nm, L = 40 nm, rutile	Dy2O3     D = 25 nm, L = 225 nm

• D = diameter of nanorod
• L = length of nanorod
• SSA = specific surface area
• CVD = Chemical Vapor Deposition
• TEM = Transmission Electron Microscopy
• XRD = X-Ray Diffraction