Cermet coatings, molecular mixtures of metal and ceramic, are being considered for the heat inlet surface of solar Stirling convertors. In this application, the key role of the cermet coating is to absorb as much of the incident solar energy as possible. To achieve this objective, the cermet coating has a high solar absorptance value. Cermet coatings are manufactured utilizing sputter deposition, and many different metal and ceramic combinations can be created. The ability to mix metal and ceramic at the atomic level offers the opportunity to tailor the composition, and hence, the optical properties of these coatings. The NASA Glenn Research Center has prepared and characterized a wide variety of cermet coatings utilizing different metals d...
AbstractSiCNH thin coatings synthesized by Plasma Enhanced Chemical Vapor Deposition (PECVD) are con...
Solar selective coatings based on double Al2O3:W cermet layers and AlSiN/AlSiON bilayer structures w...
High temperature thermal design can be utilized for applications such as space exploration, safety, ...
AbstractNew cermet (ceramic-metal) composite coatings have been developed for solar absorbers in a s...
New cermet (ceramic-metal) composite coatings have been developed for solar absorbers in a solar con...
A solar collector having the combined properties of high solar absorptance, low infrared emittance, ...
New cermet (ceramic-metal) composite coatings have been developed for solar absorbers in a solar con...
A mixture of dispersed metal in a dielectric matrix, a so-called cermet, offers the possibility of t...
On the basis of successful research into new metal-aluminium nitride (M-AlN) cermet solar selective ...
Spectrally selective solar absorbers harvest solar energy in the form of heat. Solar absorbers using...
High efficiency Al-N cermet solar selective coatings have been designed using a numerical computer m...
Two new absorber coatings for mid-temperature operation (300–350 1C) in collectors for solar thermal...
Thin films composed of molecular mixtures of metal and dielectric are being considered for use as so...
In order to achieve cermet-based solar absorber coatings with long-term thermal stability at high te...
AbstractTwo new absorber coatings for mid-temperature operation (300–350°C) in collectors for solar ...
AbstractSiCNH thin coatings synthesized by Plasma Enhanced Chemical Vapor Deposition (PECVD) are con...
Solar selective coatings based on double Al2O3:W cermet layers and AlSiN/AlSiON bilayer structures w...
High temperature thermal design can be utilized for applications such as space exploration, safety, ...
AbstractNew cermet (ceramic-metal) composite coatings have been developed for solar absorbers in a s...
New cermet (ceramic-metal) composite coatings have been developed for solar absorbers in a solar con...
A solar collector having the combined properties of high solar absorptance, low infrared emittance, ...
New cermet (ceramic-metal) composite coatings have been developed for solar absorbers in a solar con...
A mixture of dispersed metal in a dielectric matrix, a so-called cermet, offers the possibility of t...
On the basis of successful research into new metal-aluminium nitride (M-AlN) cermet solar selective ...
Spectrally selective solar absorbers harvest solar energy in the form of heat. Solar absorbers using...
High efficiency Al-N cermet solar selective coatings have been designed using a numerical computer m...
Two new absorber coatings for mid-temperature operation (300–350 1C) in collectors for solar thermal...
Thin films composed of molecular mixtures of metal and dielectric are being considered for use as so...
In order to achieve cermet-based solar absorber coatings with long-term thermal stability at high te...
AbstractTwo new absorber coatings for mid-temperature operation (300–350°C) in collectors for solar ...
AbstractSiCNH thin coatings synthesized by Plasma Enhanced Chemical Vapor Deposition (PECVD) are con...
Solar selective coatings based on double Al2O3:W cermet layers and AlSiN/AlSiON bilayer structures w...
High temperature thermal design can be utilized for applications such as space exploration, safety, ...