Nanostrukturētu bismuta selenīda pārklājumu sintēze un īpašību izpēte pielietojumiem termoelektriskās ierīcēs

6533b81ffe1ef96bd127801c

RESEARCH PRODUCT

Nanostrukturētu bismuta selenīda pārklājumu sintēze un īpašību izpēte pielietojumiem termoelektriskās ierīcēs

Miķelis Marnauza

subject

Jaudas faktors Topoloģiskais dielektriķis Bismuta selenīds Zēbeka koeficients Fizika Termoelektriskie materiāli

description

Dažādi bismuta ķīmiskie savienojumi, piemēram, Bi2Se3 un Bi2Te3, ir perspektīvi termoelektriskie materiāli ar nesen novērotām topoloģisko dielektriķu īpašībām, kuru šaurā aizliegtā zona, optimālā lādiņnesēju koncentrācija, ļauj veidot termoelektriskos pārklājumus ar augstu efektivitāti. Darba gaitā sintezēti bismuta selenīda pārklājumi ar dažādām virsmas nanostruktūrām un biezumiem ar mērķi palielināt bismuta selenīda termoelektrisko efektivitāti. Paraugu morfoloģiskā izpēte veikta pielietojot skenējošo elektronu un atomspēku mikroskopiju. Zēbeka koeficienta un elektriskās vadītspējas mērījumi veikti, lai noteiktu paraugu jaudas faktoru, kas nosaka termoelektriskā materiāla efektivitāti atkarībā no to elektrovadošajām īpašībām. No iegūtajiem datiem konstatētas atšķirības gan starp paraugiem ar dažādām virsmas nanostruktūrām, gan starp paraugiem ar atšķirīgu biezumu. Šajā darbā tika noteikti iespējamie mehānismi, kas nosaka jaudas faktoru izmaiņu bismuta selenīda sistēmās, un kā šos mehānismus ietekmē parauga biezums un virsmas nanostruktūras.

year	journal	country	edition	language
2017-01-01

https://dspace.lu.lv/dspace/handle/7/36473

PEPhysical Sciences and Engineering
- PE2Fundamental Constituents of Matter
  - PE2_1Theory of fundamental interactions
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SHSocial Sciences and Humanities
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