An antireflection overcoat for opaque baffle coatings in the far infrared (FIR)/submillimeter region was made from a simple Teflon spray-on lubricant. The Teflon overcoat reduced the specular reflectance of four different opaque coatings by nearly a factor of two. Analysis, based on the interference term of a reflecting-layer model, indicates that in the submillimeter region the reduced reflectance depends primarily on the refractive index of the overcoat and very little on its thickness
The gradient index coatings and optical filters based on them are a challenge for fabrication. In a ...
importance that the rms roughness of the surface of the black layer coating be less than 15 Å. It w...
The Improved Stratospheric and Mesospheric Sounder (ISAMS) is designed to measure the Earths middle ...
More than 40 reflectance spectra in the range from 20 to 500 microns have been obtained for a variet...
International audienceAntireflection coatings are critical elements for space applications as they w...
Far infrared reflectance and transmittance as function of wavelength for spacecraft coating
International audienceIn order to enhance the final performances of complex optical systems it is re...
It is possible to design normal-incidence antireflection coatings that reduce the reflectance of any...
This dissertation describes the design and manufacturing techniques of antireflection coatings for t...
New methods were investigated of using optical interference coatings to produce bandpass filters for...
The advancement of far-ultraviolet (FUV) coatings is essential to meet the specified throughput requ...
In this study, reflective and antireflective coatings were designed and simulated. Optical transmiss...
A technique is described for the simultaneous in situ measurement of film thickness, refractive inde...
An absorbing substrate of complex refractive index n2 - jk2 at wavelength λ can be coated by an abso...
An antireflective coating is disclosed having at least one layer of a first material with a first in...
The gradient index coatings and optical filters based on them are a challenge for fabrication. In a ...
importance that the rms roughness of the surface of the black layer coating be less than 15 Å. It w...
The Improved Stratospheric and Mesospheric Sounder (ISAMS) is designed to measure the Earths middle ...
More than 40 reflectance spectra in the range from 20 to 500 microns have been obtained for a variet...
International audienceAntireflection coatings are critical elements for space applications as they w...
Far infrared reflectance and transmittance as function of wavelength for spacecraft coating
International audienceIn order to enhance the final performances of complex optical systems it is re...
It is possible to design normal-incidence antireflection coatings that reduce the reflectance of any...
This dissertation describes the design and manufacturing techniques of antireflection coatings for t...
New methods were investigated of using optical interference coatings to produce bandpass filters for...
The advancement of far-ultraviolet (FUV) coatings is essential to meet the specified throughput requ...
In this study, reflective and antireflective coatings were designed and simulated. Optical transmiss...
A technique is described for the simultaneous in situ measurement of film thickness, refractive inde...
An absorbing substrate of complex refractive index n2 - jk2 at wavelength λ can be coated by an abso...
An antireflective coating is disclosed having at least one layer of a first material with a first in...
The gradient index coatings and optical filters based on them are a challenge for fabrication. In a ...
importance that the rms roughness of the surface of the black layer coating be less than 15 Å. It w...
The Improved Stratospheric and Mesospheric Sounder (ISAMS) is designed to measure the Earths middle ...