Engineers from the Karlsruhe Institute in Germany There are new modifications of the system and they are similar, isolated in residential premises and greenhouses. It is a thin film, the outer side of which is coated with a thickness of 10 microns. Microphotonic multifunctional metamaterial “The material is a polymer-based microphotonic multifunctional metamaterial.”
The power of the plates has been specifically designed for passive implementation and some key functions. The main one is the separation of visible light while maintaining its transmittance. This blog takes up 73% of its size and doesn’t allow you to look past it. No, for this it transmits 95% of light versus 91% for standard glass, which allows for the required level of illumination indoors, and this is a factor of the thermal enclosure.
Another useful property of the new coating is the ability to cool by reflecting infrared wave radiation into space, which is raised by a giant radiator. What kind of temperature is this and the designs are also bad? Sneeze at 6℃ without hot water? What is the consequence? In experimental greenhouses with this, the yield was on average 9% higher than in those with conventional glass.
Additional bonuses for beginners, including pyramids and it is very harmful to water. Also, the word is open only to the word “carries away dirt and dust.” This is not a controversial point – the study of the phenomenon that much depends on the angle at which the water hits the coating, and the choice of method matters is not so simple. Technically, under the surface of the superhydrophobic contact at 152 degrees.
Source: Tech Cult
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