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An optically transparent, hydrophobic coating with an average contact angle of 110° was successfully developed using low-cost, environmentally friendly components.
Highly porous carbon materials or activated carbons have shown great promise for a broad range of applications.
The invention relates to surface treatments and more specifically to methods for modifing a standard aluminum anodization process in such a way as to produce a durable superhydrophobic surface.
It was discovered that incorporating nanoscale particles of a continuous sp2 bonded network (Carbon nanotubes or graphene) leads to heterogeneous nucleation of a graphite like structure with a specific interface.
The invention relates to packaging and more specifically to a temper-resistant seal for such packaging. This invention allows for passive breech and leak detection, and electronic storage of the state of being of a containment vessel (independent of shape and size).
By exploiting phase-separation in oxide materials, we have invented a novel approach to create exceptional superhydrophobicity in thin film based coatings.
Available In Supporting Documentation
The invention disclosure relates to superhydrophobic surfaces and more specifically to articles and methods for creating micron and nanometer-scale glass structures that include structured glass arrays using inexpensive glass in a simple manufacturing process.
Titanium powder of high surface area when consolidated in the solid state shows an increase in oxygen content that could be attributable to adsorbed water. Welding of the consolidated powder reveals porosity also attributable to the hydrogen constituent of adsorbed water.