Publication detail

Synthesis and sintering of nanometre SrTiO3

MACA, K. ČÁSTKOVÁ, K. SRDIČ, V. DJENADIČ, R.

Original Title

Synthesis and sintering of nanometre SrTiO3

English Title

Synthesis and sintering of nanometre SrTiO3

Type

conference paper

Language

en

Original Abstract

SrTiO3 powders were prepared by means of different synthesis methods: sol-gel, precipitation, and high-energy ball milling. The particle size of synthesized powders was evaluated by nitrogen adsorption (BET method), their morphology by SEM and their phase composition by X-ray diffraction. Test bodies were prepared from the powders by cold isostatic pressing, their homogeneity was evaluated by means of mercury porosimetry. The sintering behaviour and final microstructure of sintered bodies were correlated with particle size and pore size of green bodies.

English abstract

SrTiO3 powders were prepared by means of different synthesis methods: sol-gel, precipitation, and high-energy ball milling. The particle size of synthesized powders was evaluated by nitrogen adsorption (BET method), their morphology by SEM and their phase composition by X-ray diffraction. Test bodies were prepared from the powders by cold isostatic pressing, their homogeneity was evaluated by means of mercury porosimetry. The sintering behaviour and final microstructure of sintered bodies were correlated with particle size and pore size of green bodies.

Keywords

strontium titanate, synthesis, sintering

RIV year

2006

Released

01.01.2006

Publisher

VERZAL Novi Sad

Location

Brussels

Pages from

18

Pages to

18

Pages count

1

Documents

BibTex


@inproceedings{BUT24246,
  author="Karel {Maca} and Klára {Částková} and Vladimir V. {Srdič} and Ružica R. {Djenadič}",
  title="Synthesis and sintering of nanometre SrTiO3",
  annote="SrTiO3 powders were prepared by means of different synthesis methods: sol-gel,  precipitation, and high-energy ball milling. The particle size of synthesized powders was evaluated by nitrogen adsorption (BET method), their morphology by SEM and their phase composition by X-ray diffraction. Test bodies were prepared from the powders by cold isostatic pressing, their homogeneity was evaluated by means of mercury porosimetry. The sintering behaviour and final microstructure of sintered bodies were correlated with particle size and pore size of green bodies.",
  address="VERZAL Novi Sad",
  booktitle="Processing and Characterization of Nanostructured Systems",
  chapter="24246",
  institution="VERZAL Novi Sad",
  year="2006",
  month="january",
  pages="18",
  publisher="VERZAL Novi Sad",
  type="conference paper"
}