Iekapsulētas 15. grupas metālu halkogenīdu/oglekļa nanocaurulīšu heterostruktūras lokanu termoelektrisko materiālu izveide

6533b872fe1ef96bd12d3d2a

RESEARCH PRODUCT

Iekapsulētas 15. grupas metālu halkogenīdu/oglekļa nanocaurulīšu heterostruktūras lokanu termoelektrisko materiālu izveide

subject

Daudzsienu ogklekļa nanocaurulītes Sintēze Bismuta selenīds Zēbeka koeficients Antimona telurīds Ķīmija

description

Iekapsulētas 15. grupas metālu halkogenīdu/oglekļa nanocaurulīšu heterostruktūras lokanu termoelektrisko materiālu izveide. Brauna L., darba vadītājs Prof., Dr. chem. Erts D., un pētnieks Mg. phys. Buks K., bakalaura darbs fizikālajā ķīmijā. 46 lappuses, 31 attēli, 12 tabulas, 32 literatūras avoti. Latviešu valodā. 15. grupas metālu halkogenīdiem ar tiem piemītošo termoelektrisko īpašību dēļ ir svarīgs pielietojums termoelektrisko ģeneratoru izveidē. Ar visā pasaulē pieaugošo interesi par elastīgām termoelektriskām ierīcēm, ir nepieciešama efektīva termoelektrisko kompozītu izstrāde. Darbā tika izveidotas oglekļa nanocaurulīšu un Bi2Se3 vai Sb2Te3 heterostruktūras, kuras mehāniski stabilu, lokanu termoelektrisko nanokompozītu veidošanai tika iekapsulētas polimēros. To izveidei izmantota pulverizatora oglekļa nanocaurulīšu uzklāšana, metālu halkogenīdu fizikālo tvaiku nogulsnēšanas un polimēra pārklāšanas metodes. Ir veikta izpēte par heterostruktūru un nanokompozītu termoelektriskajām īpašībām atkarībā no oglekļa nanocaurulīšu daudzuma pirms un pēc iekapsulēšanas, kā arī salīdzinātas atšķirības izmantojot n-tipa un p-tipa daudzsienu nanocaurulītes.

year	journal	country	edition	language
2022-01-01

https://dspace.lu.lv/dspace/handle/7/59434

PEPhysical Sciences and Engineering
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