In this paper reduction of the specifice surface area of porous ZnO during sintering was analyzed. ZnO was sintered at temperatures from 673K to 1173K. Reduction of the specific surface area was observed as a function of the temperature and time of sintering. Analysis of sintering kintetics was done by observing reduction of the specific surface area. We used three different models, defined the appropriate parameters, and also the activation energy of sintering using the Arrhenius equation. The LSE metod was applied for determining optimum parameter values.
Keywords:
specific surface area / sintering / ZnO
Source:
VII Scientific Meeting Physics and Technology of Materials - FITEM '07, 2007, 34-34
TY - CONF
AU - Stevanović, Suzana
AU - Zeljković, Vladimir
PY - 2007
UR - http://dais.sanu.ac.rs/123456789/633
AB - In this paper reduction of the specifice surface area of porous ZnO during sintering was analyzed. ZnO was sintered at temperatures from 673K to 1173K. Reduction of the specific surface area was observed as a function of the temperature and time of sintering. Analysis of sintering kintetics was done by observing reduction of the specific surface area. We used three different models, defined the appropriate parameters, and also the activation energy of sintering using the Arrhenius equation. The LSE metod was applied for determining optimum parameter values.
PB - Čačak : Technical Faculty
C3 - VII Scientific Meeting Physics and Technology of Materials - FITEM '07
T1 - Reduction of the specific surface area of porous ZnO during sintering
SP - 34
EP - 34
ER -
@conference{
author = "Stevanović, Suzana and Zeljković, Vladimir",
year = "2007",
url = "http://dais.sanu.ac.rs/123456789/633",
abstract = "In this paper reduction of the specifice surface area of porous ZnO during sintering was analyzed. ZnO was sintered at temperatures from 673K to 1173K. Reduction of the specific surface area was observed as a function of the temperature and time of sintering. Analysis of sintering kintetics was done by observing reduction of the specific surface area. We used three different models, defined the appropriate parameters, and also the activation energy of sintering using the Arrhenius equation. The LSE metod was applied for determining optimum parameter values.",
publisher = "Čačak : Technical Faculty",
journal = "VII Scientific Meeting Physics and Technology of Materials - FITEM '07",
title = "Reduction of the specific surface area of porous ZnO during sintering",
pages = "34-34"
}
Stevanović S, Zeljković V. Reduction of the specific surface area of porous ZnO during sintering. VII Scientific Meeting Physics and Technology of Materials - FITEM '07. 2007;:34-34
Stevanović, S.,& Zeljković, V. (2007). Reduction of the specific surface area of porous ZnO during sintering.
VII Scientific Meeting Physics and Technology of Materials - FITEM '07Čačak : Technical Faculty., null, 34-34.
Stevanović Suzana, Zeljković Vladimir, "Reduction of the specific surface area of porous ZnO during sintering" null (2007):34-34
