PREPARATION AND ELECTRICAL PROPERTIES OF NANO-SIZE MULTIPLY DOPED CERIA

PREPARATION AND ELECTRICAL PROPERTIES OF NANO-SIZE MULTIPLY DOPED CERIA

Conference Title:Fuel Cells Science & Technology FUCE 2008

Date and Places:Denmark Copenhagen, 8-9 October 2008

About the Book

Author(s):
dr. Snezana Bošković (1)dr. Slavica Zec (1)dr. Goran Branković (2)dr. Zorica Branković (2)dr. Aleksandar Devečerski (1), prof. dr. Branko Matović (1)prof. dr. Fritz Aldinger (3)

Affiliations:
1. Institute of Nuclear Sciences Vinča, Belgrade, Serbia
2. Institute for Multydisciplinary studies, Belgrade, Serbia
3. Max-Planck Institute, PML, 70569 Stuttgart, Heissenbergstr.3, Germany 

Keywords: Ceria; Multiple doping; Nanometric powders; Densification; Electrical conductivity

About the Author
Matović Branko

Prof Dr. Branko Matovic
Head of Department of Materials Science
Vinča Institute of Nuclear Sciences
P.O. Box 522,
11001 Belgrade,Serbia

EDUCATION
Year 1988 Dipl. ing. Mineralogy and Crystallography, Belgrade University
Year 1998 M. Sc. degree Mineralogy and Crystalography, Belgrade University
Year 2003 Ph.D. Max-Plank Institute and Stuttgart University
Year 2005 Queens University, Canada

PROFESSIONAL EXPERIENCE – EMPLOYMENT

Year 1988-1991 Faculty for Mineralogy, Belgrade University
Year 1991-1999 Institute for Refractories, Magnohrom Kraljevo,
Year 1999-2000 Institute of Nuclear Sciences "Vinca"
Year 2000-2003 Max-Plank Institute Stuttgart, Germany
Year 2005-2005 Center of Advanced Materials, Queens University, Canada
Year 2005-2010 Institute of Nuclear Sciences "Vinca"
Year 2010-2011 Tokyo Institute of Technology, Japan
Year 2011 present Institute of Nuclear Sciences "Vinca"

MAIN AREAS OF ACTIVITY
Dr Matovic took part in involving modern techniques and methods in production of ceramic materials. He achieved relevant results in the several areas such as:
a) Synthesis of nonoxidised ceramic powders
b) Synthesis of nanoparticle oxidized powders
c) Sintering of Si3N4 and SiC in presence of low-temperature liquid phase
d) Studying of the structure of nonstechiometrical solid solutions appreciable for ceramic components of fuel cells
e) New ceramics based on biomimetic approach

SCIENTIFIC ACTIVITIES
Non-oxide ceramics, SOFC, mechanochemistry, densification, phase transformations and crystal growth during temperature-pressure treatments and material characterization.

PROFESSIONAL MEMBERSHIPS
2006 - present : President of Ceramic Devision of Chemical Serbian Society
2002 - present : European Ceramic Society
1988 - present : Serbian Minearlogy assiciation
1994 - present : Serbian Crystalography society
1989 - present : Yugoslav Materials research Society