The development of a promising material inspired by tears



The development of a promising material inspired by
tears




U.S. researchers succeeded from the Weiss Institute and Faculty of Engineering and Applied Sciences at Harvard University, to move forward and get closer to reality even more by designing a promising material able to adapt with adjustable transparency, and features removable wet.

Dynamical Systems

The beauty of this article, according to the newspaper report noted «Science Deli» Finally, in their ability to adapt and multi-functions.

The inspiration new article of dynamical systems self-restoration in nature, such as liquid transparent, which collapses the eyes of humans, where join tears to form a membrane fluidly with the task of clear visual, namely keeping the clarity of sight, while contributing to this membrane in maintaining hydration eye and protect it from dust and bacteria , and assistance as well as in the transfer of any harmful objects outside of the eye, all through the blink of an eye.

In contrast, the article inspired by biology, is a membrane means punctuated by a flexible material permeable at the bottom, which makes this membrane versatile, and is based on the concept of intrinsic, where the cause distortion material at the bottom to change the size, thus causing change the shape of the surface of the liquid membrane.

The researchers stressed material ability to apply and two main Zivian, 'transparency' and 'portability '. Indicating that provide the flexibility and innovative cruise in the article allows sliding water droplets or oil on the surface.

The extended by exceeded roughness of the surface of the liquid, allowing Giving the movement of drops of oil or water during its neighbors colors red or green, a possibility not available in the materials of current wet, which ranks among «insulating materials for water».

Property

This article has the ability to change the property everything from water and gas pipes and appliances, right down to microwave systems, optical systems, as well as achieving innovation in designs, buildings, and many other tissues.


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