The IMAGE international project, which for the first time in Ukraine won the grant of the program Horizon-2020, operates in 果冻APP

Iryna Martyn, Audytoriya weekly newspaper
褍褔邪褋薪懈泻懈 蟹褍褋褌褉褨褔褨

The international project IMAGE, which for the first time in Ukraine has won the grant of the European program Horizon-2020 operates in 果冻APP. Its curator is ITRE Professor Anatolii Andrushchak. On this occasion, participants of the consortium from Ukraine, Poland, Germany and France came to Lviv to analyze the first stage of work.

The project is designed for four years. It involves specialists in optics, crystalline physics, IT sphere and nanoengineering. They study anisotropic crystalline materials, investigate spatial anisotropy which allows them to double or triple their efficiency, as well as investigate a new class of crystalline nanocomposites with certain anisotropy.

According to the terms of participation in Horizon-2020, project participants have to meet annually to analyze the work done and to outline the plans. The project coordinators, scientists from 果冻APP, the Scientific Research Company 芦Carat禄, Warsaw University of Technology, Cz臋stochowa University of Technology (Poland) and research institutions in Germany and France, took part in the two-day event. In general, there were more than 20 people.

Program curator Anatolii Andrushchak announced that the conference will be held in Cz臋stochowa on August 25鈥29. Not only coordinators, but all project participants will take part in its events.

Regarding the work done, Professor emphasized that during the first year there were five visits to private company Enoze (Poland) and Smartemembranes (Germany), as according to the rules, scientists of 果冻APP can pay a visit only to non-academic institutions of other countries. During trips, they saw the current state of interferometric and optical methods of measurements of electro-optic coefficients of crystalline materials. The researchers also conducted an experimental method for the study of nanoporous matrices, which were taken on the basis of experimental tests and theoretical data. From the point of view of scientific achievements, the researchers managed to investigate the optical part of experimental device for refractive index measurement and learned to create various membranes. Also, they hold two conferences and prepared three scientific publications.

This first year we were getting acquainted with everything. We have coordinated our positions, come up with several theoretical and practical ideas that increase the accuracy of measurement as well as developed software for measurement. I hope that cooperation in the framework of our project will be more creative and fruitful, summarizes Mr. Andrushchak.

褍褔邪褋薪懈泻懈 蟹褍褋褌褉褨褔褨 褍褔邪褋薪懈泻懈 蟹褍褋褌褉褨褔褨 褍褔邪褋薪懈泻懈 蟹褍褋褌褉褨褔褨 褍褔邪褋薪懈泻懈 蟹褍褋褌褉褨褔褨 褍褔邪褋薪懈泻懈 蟹褍褋褌褉褨褔褨

校 袥褜胁褨胁褋褜泻褨泄 锌芯谢褨褌械褏薪褨褑褨 写褨褦 屑褨卸薪邪褉芯写薪懈泄 锌褉芯械泻褌 IMAGE, 褟泻懈泄 胁锌械褉褕械 胁 校泻褉邪褩薪褨 胁懈谐褉邪胁 谐褉邪薪褌 褦胁褉芯锌械泄褋褜泻芯褩 锌褉芯谐褉邪屑懈 袚芯褉懈蟹芯薪褌-2020, 泻褍褉邪褌芯褉芯屑 褟泻芯谐芯 褦 锌褉芯褎械褋芯褉 袉孝袪袝 袗薪邪褌芯谢褨泄 袗薪写褉褍褖邪泻. 袉蟹 褑褨褦褩 薪邪谐芯写懈 写芯 袥褜胁芯胁邪 蟹鈥櫻椦呅靶恍秆佈 褍褔邪褋薪懈泻懈 泻芯薪褋芯褉褑褨褍屑褍 蟹 校泻褉邪褩薪懈, 袩芯谢褜褖褨, 袧褨屑械褔褔懈薪懈 褌邪 肖褉邪薪褑褨褩 褌邪 锌褉芯邪薪邪谢褨蟹褍胁邪谢懈 锌械褉褕懈泄 械褌邪锌 褉芯斜芯褌懈.

袩褉芯械泻褌 褉芯蟹褉邪褏芯胁邪薪懈泄 薪邪 褔芯褌懈褉懈 褉芯泻懈. 校 薪褜芯屑褍 斜械褉褍褌褜 褍褔邪褋褌褜 褎邪褏褨胁褑褨 蟹 芯锌褌懈泻懈, 泻褉懈褋褌邪谢芯褎褨蟹懈泻懈, 袉孝-褋锌褉褟屑褍胁邪薪薪褟 褌邪 薪邪薪芯褨薪卸械薪械褉褨褩. 袙芯薪懈 胁懈胁褔邪褞褌褜 邪薪褨蟹芯褌褉芯锌薪褨 泻褉懈褋褌邪谢褨褔薪褨 屑邪褌械褉褨邪谢懈, 写芯褋谢褨写卸褍褞褌褜 锌褉芯褋褌芯褉芯胁褍 邪薪褨蟹芯褌褉芯锌褨褞, 褖芯 写芯蟹胁芯谢褟褦 胁写胁褨褔褨-胁褌褉懈褔褨 锌褨写胁懈褖懈褌懈 褩褏薪褞 械褎械泻褌懈胁薪褨褋褌褜, 邪 褌邪泻芯卸 写芯褋谢褨写卸褍褞褌褜 薪芯胁懈泄 泻谢邪褋 泻褉懈褋褌邪谢褨褔薪懈褏 薪邪薪芯泻芯屑锌芯蟹懈褌褨胁 褨蟹 蟹邪写邪薪芯褞 邪薪褨蟹芯褌褉芯锌褨褦褞.

袙褨写锌芯胁褨写薪芯 写芯 褍屑芯胁 褍褔邪褋褌褨 褍 芦袚芯褉懈蟹芯薪褌-2020禄, 褍褔邪褋薪懈泻懈 锌褉芯械泻褌褍 锌芯胁懈薪薪褨 褖芯褉芯泻褍 蟹斜懈褉邪褌懈褋褟 泄 邪薪邪谢褨蟹褍胁邪褌懈 锌褉芯胁械写械薪褍 褉芯斜芯褌褍, 芯泻褉械褋谢褞胁邪褌懈 薪邪泄斜谢懈卸褔褨 锌谢邪薪懈. 校 写胁芯写械薪薪芯屑褍 蟹邪褏芯写褨 胁蟹褟谢懈 褍褔邪褋褌褜 泻芯芯褉写懈薪邪褌芯褉懈 锌褉芯械泻褌褍 鈥 薪邪褍泻芯胁褑褨 袥褜胁褨胁褋褜泻芯褩 锌芯谢褨褌械褏薪褨泻懈, 袧袙袨 芦袣邪褉邪褌禄, 袩芯谢褨褌械褏薪褨泻懈 袙邪褉褕邪胁褋褜泻芯褩, 袩芯谢褨褌械褏薪褨泻懈 效械薪褋褌芯褏芯胁褋褜泻芯褩 (袩芯谢褜褖邪), 写芯褋谢褨写薪懈褑褜泻懈褏 褍褋褌邪薪芯胁 袧褨屑械褔褔懈薪懈 褨 肖褉邪薪褑褨褩. 袙褋褜芯谐芯 鈥 锌芯薪邪写 20 芯褋褨斜.

袣褍褉邪褌芯褉 锌褉芯谐褉邪屑懈 袗薪邪褌芯谢褨泄 袗薪写褉褍褖邪泻 听邪薪芯薪褋褍胁邪胁, 褖芯 25鈥29 褋械褉锌薪褟 褍 效械薪褋褌芯褏芯胁褨 胁褨写斜褍胁邪褌懈屑械褌褜褋褟 泻芯薪褎械褉械薪褑褨褟. 校 褩褩 蟹邪褏芯写邪褏 胁褨蟹褜屑褍褌褜 褍褔邪褋褌褜 薪械 谢懈褕械 泻芯芯褉写懈薪邪褌芯褉懈, 邪 泄 褍褋褨 褍褔邪褋薪懈泻懈 锌褉芯械泻褌褍.

些芯 褋褌芯褋褍褦褌褜褋褟 蟹写褨泄褋薪械薪芯褩 褉芯斜芯褌懈, 锌褉芯褎械褋芯褉 薪邪谐芯谢芯褋懈胁, 褖芯 胁锌褉芯写芯胁卸 锌械褉褕芯谐芯 褉芯泻褍 胁褨写斜褍谢芯褋褟 锌鈥櫻徰傃 锌芯褩蟹写芯泻 写芯 锌褉懈胁邪褌薪芯褩 褎褨褉屑懈 Enoze (袩芯谢褜褖邪), 袩袩 Smartemembranes听 (袧褨屑械褔褔懈薪邪), 邪写卸械, 胁褨写锌芯胁褨写薪芯 写芯 锌褉邪胁懈谢, 薪邪褍泻芯胁褑褨 袥褜胁褨胁褋褜泻芯褩 锌芯谢褨褌械褏薪褨泻懈 屑芯卸褍褌褜 褩蟹写懈褌懈 谢懈褕械 写芯 薪械邪泻邪写械屑褨褔薪懈褏 褨薪褋褌懈褌褍褑褨泄 褨薪褕懈褏 泻褉邪褩薪. 袩褨写 褔邪褋 锌芯褩蟹写芯泻 胁写邪谢芯褋褟 锌芯斜邪褔懈褌懈 褋褍褔邪褋薪懈泄 褋褌邪薪 胁懈屑褨褉褞胁邪薪褜 械谢械泻褌褉芯芯锌褌懈褔薪懈褏 泻芯械褎褨褑褨褦薪褌褨胁 泻褉懈褋褌邪谢褨褔薪懈褏 屑邪褌械褉褨邪谢褨胁 褨薪褌械褉褎械褉芯屑械褌懈褔薪懈屑懈 褌邪 芯锌褌懈褔薪懈屑懈 屑械褌芯写邪屑懈. 袧邪褍泻芯胁褑褨 褌邪泻芯卸 锌褉芯胁械谢懈 械泻褋锌械褉懈屑械薪褌邪谢褜薪褍 屑械褌芯写懈泻褍 写谢褟 胁懈胁褔械薪薪褟 薪邪薪芯锌芯褉懈褋褌懈褏 屑邪褌褉懈褑褜, 褟泻褨 斜褉邪谢懈 薪邪 芯褋薪芯胁褨 械泻褋锌械褉懈屑械薪褌邪谢褜薪懈褏 胁懈锌褉芯斜芯胁褍胁邪薪褜 褨 褌械芯褉械褌懈褔薪懈褏 写邪薪懈褏. 袟 锌芯谐谢褟写褍 薪邪褍泻芯胁懈褏 写芯褋褟谐薪械薪褜, 胁写邪谢芯褋褟 写芯褋谢褨写懈褌懈 芯锌褌懈褔薪褍 褔邪褋褌懈薪褍 械泻褋锌械褉懈屑械薪褌邪谢褜薪芯谐芯 锌褉懈谢邪写褍 写谢褟 胁懈屑褨褉褞胁邪薪薪褟 锌芯泻邪蟹薪懈泻褨胁 蟹邪谢芯屑谢械薪薪褟, 薪邪胁褔懈谢懈褋褟 胁懈谐芯褌芯胁谢褟褌懈 褉褨蟹薪褨 屑械屑斜褉邪薪懈. 孝邪泻芯卸 胁写邪谢芯褋褟 锌褉芯胁械褋褌懈 写胁褨 泻芯薪褎械褉械薪褑褨褩, 锌褨写谐芯褌褍胁邪褌懈 褌褉懈 薪邪褍泻芯胁褨 锌褍斜谢褨泻邪褑褨褩.

鈥 笑械泄 锌械褉褕懈泄 褉褨泻 斜褍胁 褉邪写褕械 芯蟹薪邪泄芯屑褔懈泄. 袦懈 褍蟹谐芯写懈谢懈 薪邪褕褨 锌芯蟹懈褑褨褩, 褉芯蟹褉芯斜懈谢懈 泻褨谢褜泻邪 褌械芯褉械褌懈褔薪懈褏 褌邪 锌褉邪泻褌懈褔薪懈褏 褨写械泄, 褖芯 锌褨写胁懈褖褍褞褌褜 褌芯褔薪褨褋褌褜 胁懈屑褨褉褞胁邪薪薪褟, 褉芯蟹褉芯斜懈谢懈 锌褉芯谐褉邪屑薪械 蟹邪斜械蟹锌械褔械薪薪褟 写谢褟 胁懈屑褨褉褞胁邪薪薪褟. 小锌芯写褨胁邪褞褋褟, 褖芯 褋锌褨胁锌褉邪褑褟 褍 褉邪屑泻邪褏 薪邪褕芯谐芯 锌褉芯械泻褌褍 薪邪写邪谢褨 斜褍写械 斜褨谢褜褕 褌胁芯褉褔芯褞 褌邪 锌谢芯写芯胁懈褌褨褕芯褞, 鈥 褉械蟹褞屑褍褦 袗薪邪褌芯谢褨泄 小褌械锌邪薪芯胁懈褔.