Optical transmission spectrum of glass microscope slides coated with 100-nm gold over a titanium adhesion layer.
Optical reflection spectrum of gold thin films, 100 nanometers, 100-nm gold

Microscope Glass Slides with 100 nm Gold

$459.00

Glass slides-aluminosilicate / 100 nm of gold over a 5 nm Titanium adhesion layer, 1 inch x 3 inches x 0.7 mm, 5 slides per pack.

In stock

SKU: AU.1000.ALSI Categories: ,

Description

Gold-coated glass slides are ideal for applications in optical characterization of materials via ellipsometry or reflection spectroscopy, especially for infrared (IR) spectroscopy.

Gold thin films with a thickness of 100-nanometers (100-nm) exhibit low overall optical transmission, with a maximum transmission at a wavelength of light of 500 nanometers. These films exhibit mirror-like reflection (>90% reflection) at wavelengths longer than 600-nm. However, gold thin films exhibit significant light absorption (%reflection < 50%) at wavelengths shorter than 500-nm.

Representative Optical Transmission Spectrum (350nm to 800nm) of Gold-coated Slides (AU.1000.ALSI):

Optical transmission spectrum of glass microscope slides coated with 100-nm gold over a titanium adhesion layer.
Optical transmission spectrum of glass microscope slides coated with 100-nm gold over a titanium adhesion layer.

 

Representative Optical Reflection Spectrum (350nm to 800nm) of Gold-coated Slides (AU.1000.ALSI):

Optical reflection spectrum of gold thin films, 100 nanometers, 100-nm gold
Optical reflection spectrum of glass microscope slides coated with 100-nm gold over a titanium adhesion layer.

Related products