Al2O3 apvalka ietekme uz ZnO nanovadu morfoloģisko stabilitāti pie paaugstinātas temperatūras ZnO/Al2O3/MoS2 heterostrukturētās kodola-apvalka nanovadu sistēmās

6533b83afe1ef96bd12a73aa

RESEARCH PRODUCT

Al2O3 apvalka ietekme uz ZnO nanovadu morfoloģisko stabilitāti pie paaugstinātas temperatūras ZnO/Al2O3/MoS2 heterostrukturētās kodola-apvalka nanovadu sistēmās

subject

NANOVADI PAAUGSTINĀTA TEMPERATŪRA MOLIBDĒNA DISULFĪDS ALUMĪNIJA OKSĪDS Ķīmija CINKA OKSĪDS

description

Al2O3 apvalka ietekme uz ZnO nanovadu morfoloģisko stabilitāti pie paaugstinātas temperatūras ZnO/Al2O3/MoS2 heterostrukturētās kodola-apvalka nanovadu sistēmās. Ozols A., darba vadītājs Dr. phys., vadošais pētnieks (LU CFI) Poļakovs B. Bakalaura darbs, 34 lappuses, 42 attēli, 37 literatūras avoti, 1 pielikums. Latviešu valodā. Šajā bakalaura darbā tika pētīts, kā alumīnija oksīda pārklājums ietekmē cinka oksīda nanovadu morfoloģisko stabilitāti pie paaugstinātas temperatūrās, molibdēna trioksīda slāni mēģinot pārvērst par molibdēna disulfīdu sēra tvaikos. Cinka oksīda nanovadu sintēzi veica ar ķīmiskā tvaika transporta reakciju. Alumīnija oksīda pārklājums tika uzklāts uz nanovadiem izmantojot atomslāņa depozīcijas metodi. Molibdēna trioksīdu uzklāja ar magnetronu iekārtu cinka oksīda nanovadiem ar alumīnija oksīda pārklājumu. Ar ķīmisko tvaiku depozīciju, molibdēna trioksīdu mēģināja pārvērst par molibdēna disulfīdu sēra tvaikos un paaugstinātā temperatūrā. Morfoloģisko modifikāciju noteikšanai tika izmantots transmisijas elektronu mikroskops un rentgenstaru difrakcija. Iegūtie rezultāti tika apkopoti un izvērtēti. CINKA OKSĪDS, NANOVADI, ALUMĪNIJA OKSĪDS, PAAUGSTINĀTA TEMPERATŪRA, MOLIBDĒNA DISULFĪDS, MORFOLOĢISKĀS MODIFIKĀCIJAS.

year	journal	country	edition	language
2021-01-01

https://dspace.lu.lv/dspace/handle/7/55111

PEPhysical Sciences and Engineering
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LSLife Sciences
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