Материал: Документ
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№ 4 (19), 2018 |
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620.18:620.17 |
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я, 394006, . |
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, E-mail: alot.zte@gmail.com |
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REVIEW OF COMPOSITION MATERIAL, FORM OF WHICH IS POSSIBLE TO BE CONTROL BY MEANS OF LIGHT, HEATING AND MAGNETIC FIELD
A.I. Otchenashenko*,V.V. Korneeva
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. ., 2018 |
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№ 4 (19), 2018 |
Voronezh State Technical University, Russian Federation, 394006, Voronezh, ul. 20-letiia Oktiabria, 84
*Corresponding author: Alexander I. Otchenashenko, E-mail: alot.zte@gmail.com
The interaction between light and matter has long been studied. With the help of optical mechanics, you can deform the material, depending on the goals. The article presents flexible material composites that, when illuminated, are capable of macroscale motion. These composites can be used as films, sponges and hydrogels and can be activated by light. As examples of the versatility of this approach, elastomeric composites for moving objects and «engines» rotating under the influence of light are demonstrated.
Keywords: innovative materials, light-reactive composites, information management, silk fibroin, polydimethylsiloxane, Curie engine, photothermal demagnetization, chromium dioxide, biopolymers, elastomers
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