Viedās polimēru struktūras mikrokapsulētās pildvielas stabilitāte ultravioletā starojuma ietekmē

6533b862fe1ef96bd12c70f5

RESEARCH PRODUCT

Viedās polimēru struktūras mikrokapsulētās pildvielas stabilitāte ultravioletā starojuma ietekmē

subject

fotohromiskās mikrokapsulas termohromiskās mikrokapsulas UV degradēšanās Fizika viedās polimēru struktūras

description

Polimēriem ir iespējams pievienot mikrokapsulas ar aktīvu pildvielu, piemēram termohromisko vai fotohromisko, iegūstot viedo materiālu ar sensorām funkcijām. Šādu mikrokapsulu pildvielu sastāvā ir krāsvielas, kas degradējas, jeb zaudē krāsas piesātinājumu ultravioletā (UV) starojuma ietekmē, jo starojuma enerģija destruktīvi ietekmē krāsvielu molekulu saites. Tātad līdz ar viedas funkcijas paradīšanas materiālam, to lietojuma iespējas paliek atkarīgas no UV starojuma klātbūtnes. Darba mērķis ir izvērtēt termohromisko un fotohromisko mikrokapsulu pildvielu krāsu degradēšanos ultravioletā starojuma ietekmē. Darba gaitā bija izgatavoti polimēra paraugi, kas bija pildīti ar termohromisko un fotohromisko vielu saturošām mikrokapsulām. Šie paraugi bija pakļauti UV apstarošanai, izmantojot Hg UV lampu un bija noteikts kritiskais apstarošanas laiks, pēc kura mikrokapsulas vairs nepilda savās funkcijas, proti, nenotiek krāsu izmaiņa. Darbā izmantotas UV lampas starojuma enerģija bija salīdzinātā ar saules starojuma enerģiju, kas ļauj prognozēt mikrokapsulu stabilitāti zem dabīga UV apstarojuma. Apstiprinot neapšaubāmas krāsas izmaiņas starojuma rezultātā, mikrokapsulu paraugi tika pārklāti ar polimēra virskārtu un apstaroti zem Hg UV lampas. Rezultāta bija noteikts ka darbā izmantotais polimēra virsslānis ļāva pagarināt mikrokapsulu izmantošanas laiku zem UV starojuma.

year	journal	country	edition	language
2020-01-01

https://dspace.lu.lv/dspace/handle/7/51850

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