The form of the building has a matter
The houses are really interesting because of the architecture is telling about the materials and technology, which can be used in the building sites. The new materials are giving a new way to create structures and forms. And the form of the roof is very important. Of course, the water can flow away from the roof of a gabled house, and that kind of thing makes this kind of roof very usual.
But when we are thinking the triangle shape, the electromagnetic radiation like radio waves would act a little bit different ways than light, and the radio wave would snap from the layer to the straight direction away from layer. This thing would not seem to have any meaning in normal life, but when the satellites are creating the images by using radars, the spinning radiation from the layer can act by the way, that when the same polar radiation with the same frequency with incoming radiation crosses the radar impulse, that thing starts to disturb the image, what radar would get.
Another thing is the parabolic shape of the building. The structure would act as a parabolic mirror for incoming radar impulses. This would turn those echos upside down in the receiver, and the system acts like some kind of mirror in the funhouse, where the mirrors are making funny-looking images of the people, who are standing in front of them, and some architectural solutions are funhouses for radar. And that kind of thing might affect high accuracy metering, what is made for using the radars of the satellites.
When we are seeing the layers, what is full of holes, we must realize, that this kind of structure would give the unsharp image for radar, and this kind of structure is used for creating the new kind of stealth technology. One of the most interesting ideas, what people have got from the nanotechnology is the "stealth latex". In that solution, the layer of the aircraft would be covered by using very small pyramids or circular cones, which are covered by the hard material, which would let radio signal come through it.
And then inside this latex, the pyramids are scattering the radio signals in many directions. The idea of this type of nanomaterials is that the particles would be pulled in the same direction by using magnets. In the bottom of those cones is a small bite of iron, and when the layer where those things are laid is magnetized, the magnets would pull them in the right direction. The material, that covers those structures must be hard, keep its form in high temperature and extreme pressure of the high-speed aircraft, and that makes this kind of solution hard to create, but it can use also for covering warships and another kind of large structures.
The houses are really interesting because of the architecture is telling about the materials and technology, which can be used in the building sites. The new materials are giving a new way to create structures and forms. And the form of the roof is very important. Of course, the water can flow away from the roof of a gabled house, and that kind of thing makes this kind of roof very usual.
But when we are thinking the triangle shape, the electromagnetic radiation like radio waves would act a little bit different ways than light, and the radio wave would snap from the layer to the straight direction away from layer. This thing would not seem to have any meaning in normal life, but when the satellites are creating the images by using radars, the spinning radiation from the layer can act by the way, that when the same polar radiation with the same frequency with incoming radiation crosses the radar impulse, that thing starts to disturb the image, what radar would get.
Another thing is the parabolic shape of the building. The structure would act as a parabolic mirror for incoming radar impulses. This would turn those echos upside down in the receiver, and the system acts like some kind of mirror in the funhouse, where the mirrors are making funny-looking images of the people, who are standing in front of them, and some architectural solutions are funhouses for radar. And that kind of thing might affect high accuracy metering, what is made for using the radars of the satellites.
When we are seeing the layers, what is full of holes, we must realize, that this kind of structure would give the unsharp image for radar, and this kind of structure is used for creating the new kind of stealth technology. One of the most interesting ideas, what people have got from the nanotechnology is the "stealth latex". In that solution, the layer of the aircraft would be covered by using very small pyramids or circular cones, which are covered by the hard material, which would let radio signal come through it.
And then inside this latex, the pyramids are scattering the radio signals in many directions. The idea of this type of nanomaterials is that the particles would be pulled in the same direction by using magnets. In the bottom of those cones is a small bite of iron, and when the layer where those things are laid is magnetized, the magnets would pull them in the right direction. The material, that covers those structures must be hard, keep its form in high temperature and extreme pressure of the high-speed aircraft, and that makes this kind of solution hard to create, but it can use also for covering warships and another kind of large structures.
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