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UEU » Journal » Teknik Industri Posted by [email protected] at 02/12/2020 10:26:44 • 349 Views
SIFAT TERMAL DAN ANALISIS KOMPOSISI MATERIAL BARIUM ZIRKONIUM TITANAT (BZT) DENGAN DOPING LANTANUM DAN INDIUMCreated by :
Septian Rahmat Adnan ( None ) Bambang Soegijono
Subject: | TEKNIK ELETKTRO LISTRIK | Alt. Subject : | ELECTRICAL ENGINEERING ELECTRICITY | Keyword: | BZT DTA/TGA EDAX |
Description:
Material Barium Zirkonium Titantat(BZT)dibuat menggunakan metode sol gel yang dilanjutkan dengan Spin
Coating pada substrat Silikon. Untuk mendapatkan material Barium Zirkonium Titantat (BZT)dalam bentuk
serbuk dilakukan pemanasan menggunakan hotplate pada suhu 90oC hingga larutan BZT berubah menjadi
serbuk. Selanjutnya untuk menumbuhkan lapisan BZT pada substrat, dilakukan metode spin coating yang
dilanjutkan proses pyrolisi. Selanjutnya substrat yang telah dilapisi larutan BZT dipanaskan pada suhu
800oC selama 3 jam. Untuk mengetahui sifat termal dan kristalisasi pada BZT dilakukan Uji DTA/TGA.
Pengujian EDAX dilakukan untuk mengetahui komposisi lapisan BZT yang telah terdeposisi pada substrat.
Dari hasiluji DTA/TGA terlihat bahwa proses kristalisasi BZT mulai terjadi pada suhu 400oC dan proses
endotermik dari BZT terjadi pada suhu 463oC. Hasil uji EDAX komposisi unsur Barium, Titanium, serta
doping Lantanum dan Indium telah terdeposisi pada subtrat silikon, serta dari hasil tersebut dapat
disumpulkan kristal BZT dengan doping La dan In telah berhasil di deposisi dan ditumbuhkan pada substrat
Si.
Alt. Description
Barium Zirconium Titantate (BZT) material was carried out using Sol gel method followed by Spin
Coating on the silicon substrate. Barium Zirconium Titantate (BZT) powder was heated using a hotplate at
a temperature of 90oC until the BZT solution turns into powder. A spin coating method was followed by
pyrolysis process was carried out to grown BZT layer on substrate. Furthermore, the substrate that has
been coated with BZT solution is heated at 800oC for 3 hours. DTA / TGA was performed to find out the
thermal and crystallization properties in BZT. EDAX testing was performed to determine the composition
of the deposited BZT layer on the substrate. The DTA / TGA test shows that the crystallization process of
BZT starts at 400oC and the endothermic process of BZT occurs at 463oC. EDAX result showed that
elements of Barium, Titanium, and doped Lanthanum and Indium have been deposited on silicon substrate.
From the results that BZT crystall with doping La and In has been successfully deposited and grown on Si
substrate.
Date Create | : | 02/12/2020 | Type | : | Text | Format | : | PDF | Language | : | Indonesian | Identifier | : | UEU-Journal-11_0625 | Collection ID | : | 11_0625 |
Source : Jurnal Kajian Teknik Mesin Vol.5 No.2 (2020) 78-82
Relation Collection: Fakultas Teknik
Coverage : Civitas Akademika Universitas Esa Unggul
Rights : @2020 Perpustakaan Universitas Esa Unggul
Publication URL : https://digilib.esaunggul.ac.id/sifat-termal-dan-analisis-komposisi-material-barium-zirkonium-titanat-bzt-dengan-doping-lantanum-dan-indium-17410.html
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