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Smart Materials Congress 2019 Nano Research and Applications
ISSN: 2471-9838 Page 28
August 01-02, 2019
Dublin, Ireland
Smart Materials and
Structures
8th International Conference on
Recent Publications
1. H Tian, X-Y Kuang, A –J Mao, H –J Zhao,
H Li and F-G Kuang (2015) Comparing
hydrostatic-pressure- and epitaxial-strain-
induced phase transitions in multiferroic
PbNiO3 from first principles Solid State
Communications 203:75-80.
2. LWMartin and RRamesh (2012)Multiferroic
and magnetoelectric heterostructures Acta
Materialia 60(6-7): 2449-2470.
3. L W Martin, Y H Chu and R Ramesh (2010)
Advances in the growth and characterization
of magnetic, ferroelectric, and multiferroic
oxide thin films Materials Science and
Engineering: R: Reports, 68(2010):89-133.
4. S Picozzi and C Ederer (2009) First principles
studies of multiferroic materials, Journal
of Physics: Condensed Matter 21 (2009)
303201-303219.
5. S Picozzi, K Yamauchi, I A Sergienko, C Sen,
B Sanyal and E Dagotto (2008) Microscopic
mechanisms for improper ferroelectricity in
multiferroic perovskites: a theoretical review,
Journal of Physics: Condensed Matter
20(2008):434208-434218.
Biography
Sergio Ricardo de Lazaro has his expertise in silico experi-
ments, more specifically in solid state chemistry, defects, elec-
tronic structure, optical property, magnetism and surface. The
main tool used is Density Functional Theory from CRYSTAL
code. He proposes a new approach for properties in multifer-
roic materials and morphology analyses. He is a full Profes-
sor at State University of Ponta Grossa acting as a Referee in
PCCP Physical Chemistry Chemical Physics, Journal of Alloys
and Compounds, The Journal of Physical Chemistry and others.
Figure 2: Electrons oriented in [111] direction within R3c
primitive cell. Ge, Zr, Sn, Hf, Pb) investigated materials.