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Synthesis of superficially modified Ce1-X(Zr+Y)XO2-d solid solutions and thermogravimetric analysis of their performance in the catalytic soot combustion [PDF]
Fabian Anguiano J +6 more
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International Journal of Heat and Mass Transfer, 2020
Abstract Buildup of ice and frost on overhead transmission lines compromises their integrity and also poses a danger to surrounding infrastructure and people. We present a passive anti-frosting cable design that keeps the majority of the surface free of condensation and frost, effectively preventing a continuous layer of ice from forming.
Lance H. De Koninck +2 more
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Abstract Buildup of ice and frost on overhead transmission lines compromises their integrity and also poses a danger to surrounding infrastructure and people. We present a passive anti-frosting cable design that keeps the majority of the surface free of condensation and frost, effectively preventing a continuous layer of ice from forming.
Lance H. De Koninck +2 more
openaire +1 more source
Preparation and performance of nanoparticles-based anti-frosting transparent hydrophobic surfaces
International Journal of Refrigeration, 2021Abstract Hydrophobic surface has been used for restraining frost deposition on cold non-transparent surfaces. However, anti-frosting surfaces with good transparency, esp. transparent hydrophobic surfaces are receiving more and attention from both industries and researchers.
Pengyan Fan +5 more
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Wellhead anti-frost technology using deep mine geothermal energy
Mining Science and Technology (China), 2011Abstract The auxiliary shaft is an important location for coal mine heating in the winter, where the main purpose of heating is to prevent icing of the shaft. Wellhead heating requires characteristics of openness, no-noise and big heat loads. The original coal-fired boiler heating mode causes significant waste of energy and environmental pollution ...
Pingye Guo +3 more
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Anti-frosting performance of superhydrophobic surface with ZnO nanorods
Applied Thermal Engineering, 2017Abstract A superhydrophobic (SHP) surface is believed to be potential candidates for anti-icing/frosting applications. In this study, a SHP surface with ZnO nanorods was fabricated through radio frequency (RF) magneton sputtering method. The XRD pattern, surface morphology, wettability and chemical composition were characterized by corresponding ...
Zhiping Zuo +7 more
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Anti-frosting on Superhydrophobic Surface
2019The superhydrophobic surface can be used in a various fields due to the special wetting behavior. In this paper, distinct characteristics of the superhydrophobic aluminum surface fabricated by simple dipping methods are reported. The superhydrophobicity on the aluminum surface can be realized by hierarchical structures by chemical etching and alkali ...
Hyundo Hwang +3 more
openaire +1 more source
Soft Matter, 2020
Hierarchically structured aluminum superhydrophobic surfaces are prepared, and it is demonstrated that appropriate microstructural size scale is required to achieve improved droplet jumping and anti-frosting performance of the surfaces.
Guanlei Zhao +9 more
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Hierarchically structured aluminum superhydrophobic surfaces are prepared, and it is demonstrated that appropriate microstructural size scale is required to achieve improved droplet jumping and anti-frosting performance of the surfaces.
Guanlei Zhao +9 more
openaire +2 more sources
Liquid-Infused Nanostructured Surfaces with Extreme Anti-Ice and Anti-Frost Performance
ACS Nano, 2012Ice-repellent coatings can have significant impact on global energy savings and improving safety in many infrastructures, transportation, and cooling systems. Recent efforts for developing ice-phobic surfaces have been mostly devoted to utilizing lotus-leaf-inspired superhydrophobic surfaces, yet these surfaces fail in high-humidity conditions due to ...
Kim, Philseok +5 more
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Quantitative relations between droplet jumping and anti-frosting effect on superhydrophobic surfaces
Energy and Buildings, 2020Abstract Superhydrophobic surfaces have been confirmed to have the capacity for delaying the condensation frosting, and the self-propelled droplet jumping phenomenon further enhances this effect, for its contribution in the fast removal of condensates from the surface.
Fuqiang Chu +3 more
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