Optical coatings with enhanced roughness offer promising prospects for ultrahydrophobic transparent surfaces with controlled scatter losses. Our approach links roughness characteristics with both wetting behavior and scattering. Experiments with rough oxide layers yielded surfaces with a high water contact angle
Optical scattering arising from interface roughness and interference effects is a dominant loss mech...
This paper describes a simple approach to prepare a transparent superhydrophobic coating and a trans...
Wavelength selective antireflective (AR) coatings have been deposited on hard-coated CR-39 ophthalmi...
We have developed a novel approach to design ultra-hydrophobic surfaces with optical quality. The na...
Roughness structures are essential for a variety of functional surfaces, for example surfaces with e...
With specific modeling, measurement, and analysis procedures, it is possible to predict, define, and...
© 2019 Chang WangSurfaces that exhibit extreme non-wettability are the result of the combination of ...
Optical surfaces equipped with specific functional properties have attracted increasing importance o...
The overall performance of optical equipment and devices is ultimately dependent on their transparen...
With specific modelling, measurement, and analysis procedures it is possible to predict, define and ...
Superhydrophobic surfaces are those that have a very low adhesion to water due to a combination of s...
The self-cleaning properties of ultra-hydrophobic surfaces are of great interest for technological a...
Artificial superhydrophobic films were deposited onto a glass slide by performing layer-by-layer dep...
© 2011 Dr. Kwun Lun ChoUltrarough surfaces with variable architecture were synthesised and examined ...
This paper describes a simple approach to prepare a transparent superhydrophobic coating and a trans...
Optical scattering arising from interface roughness and interference effects is a dominant loss mech...
This paper describes a simple approach to prepare a transparent superhydrophobic coating and a trans...
Wavelength selective antireflective (AR) coatings have been deposited on hard-coated CR-39 ophthalmi...
We have developed a novel approach to design ultra-hydrophobic surfaces with optical quality. The na...
Roughness structures are essential for a variety of functional surfaces, for example surfaces with e...
With specific modeling, measurement, and analysis procedures, it is possible to predict, define, and...
© 2019 Chang WangSurfaces that exhibit extreme non-wettability are the result of the combination of ...
Optical surfaces equipped with specific functional properties have attracted increasing importance o...
The overall performance of optical equipment and devices is ultimately dependent on their transparen...
With specific modelling, measurement, and analysis procedures it is possible to predict, define and ...
Superhydrophobic surfaces are those that have a very low adhesion to water due to a combination of s...
The self-cleaning properties of ultra-hydrophobic surfaces are of great interest for technological a...
Artificial superhydrophobic films were deposited onto a glass slide by performing layer-by-layer dep...
© 2011 Dr. Kwun Lun ChoUltrarough surfaces with variable architecture were synthesised and examined ...
This paper describes a simple approach to prepare a transparent superhydrophobic coating and a trans...
Optical scattering arising from interface roughness and interference effects is a dominant loss mech...
This paper describes a simple approach to prepare a transparent superhydrophobic coating and a trans...
Wavelength selective antireflective (AR) coatings have been deposited on hard-coated CR-39 ophthalmi...
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