Данная работа ученика 10-го класса Каколина Евгения посвящена относительно новой области науки – биомимикрии, представляющей собой создание новых технологий, идеи которых были заимствованы из живой природы. В презентации приведены интересные примеры воплощения таких идей и их внедрения в содание различных технических устройств. Материал, представленный в работе, может быть полезен при изучении темы “Science and technology” в старших классах.
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BIOMIMICRY By Kakolin EvgeniyСлайд 2
Copying someone else's work or invention without attribution is called plagiarism. But, despite the fact that plagiarism is usually considered something wrong, oddly enough, it led to the emergence of a completely new scientific field - biomimicry. As the name suggests, biomimicry is an imitation or copying of technological ideas found in the biological world.
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Let's start with the simplest example. This is Georges De Mestral, it was he who invented sticky fasteners on clothes. Mestral loved to hunt with dogs and noticed how dogs collect a lot of thorns.
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He saw one of these spines under the microscope and saw hooks with which they clung to wool.
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Then, Mestral decided to repeat this mechanism in clothes, only he made hooks from nylon so that it would serve longer.
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And this is the first level of biomimicry - copying forms . in this case, the engineer should look closely enough at the animal to see its potential.
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Next comes the second level - hidden properties . It means that we can create analogues of natural mechanisms that are not similar to the original, but with the same functionality.
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We look at the woodpecker. They knock 22 times a second and reach 12,000 a day. One hit of a woodpecker creates loads of 1200 G. While, with 5 G, people lose consciousness.
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But the woodpecker has 4 fixtures that protect it. It is tough, but at the same time elastic beak.
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Porous skull
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Small compartment with fluid that cushions the blows.
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And springy bone that supports the tongue.
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Engineers were able to reproduce all these mechanisms to protect fragile electronics.
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The protective capsule has a body made of steel.
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Aluminum soft layer
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Rubber support
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And a large number of glass beads
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Richard Hammond made such a capsule, put an ordinary light bulb there and threw it from space.
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The light bulb remained intact.
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Such protection is perfect for black boxes on airplanes.
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And also, to protect orbital stations from space rubbish .
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Perhaps scientists in different spheres of life, such as architecture, energy and chemistry, should not invent something new. You just need to look at the genius creator - nature.
Упрямый зяблик
Учимся ткать миленький коврик
В.А. Сухомлинский. Самое красивое и самое уродливое
Ласточка
Воздух - музыкант