CMSP Seminar @ICTP Stasi Seminar Rm: FEDERICO ROSEI - MONDAY 6 MARCH AT 11:30
Condensed Matter Section
cm at ictp.it
Thu Mar 2 13:23:00 CET 2017
ICTP Condensed Matter Seminar
MONDAY 6 MARCH at 11:30 a.m.
Luigi Stasi Seminar Room, first floor, ICTP Leonardo building
*********************************************************************
Speaker: Federico ROSEI
(Centre for Energy, Materials and Telecommunications,
INRS, Varennes, Quebec, Canada)
Title: Multifunctional Materials for Solar Technologies
Abstract: As the age of fossil fuels is coming to an end, now more than
ever there is
the need for more efficient and sustainable renewable energy
technologies. This presentation
will give an overview on recent developments in solar technologies that
may address,
in part the energy challenge. In particular, nanostructured materials
synthesized
via the bottom-up approach present an opportunity for future generation low
cost manufacturing of devices [1]. We demonstrate various strategies to
control
nanostructure assembly, to design and synthesize functional materials
that will
help address the energy challenge. We study, in particular,
multifunctional materials,
namely materials that exhibit more than one functionality, and
structure/property
relationships in such systems, including for example: (i) control of
size and luminescence
properties of semiconductor nanostructures, synthesized by reactive
laser ablation
[2]; (ii) we devised new strategies for synthesizing multifunctional
nanoscale materials
to be used for applications electronics and photovoltaics [3-26].
*References*
[1] F. Rosei, /J. Phys. Cond. Matt./ *16*, S1373 (2004); [2] D.
Riabinina et al., /Phys. Rev. B/*74*, 075334 (2006); [3] C. Yan et
al.,**/Adv. //Mater./*22*, 1741(2010); [4] C. Yan et al., /J. Am. Chem.
Soc./*132*, 8868(2010); [5] R. Nechache et al., /Adv. Mater./*23*, 1724
(2011); [6] R. Nechache et al., /Appl. //Phys. //Lett./*98*, 202902
(2011); [7] G. Chen et al., /Chem. Comm. /*48*, 8009//(2012); [8] G.
Chen et al., /Adv. //Func. Mater. /*22*, 3914 (2012); [9] R. Nechache et
al., /Nanoscale/*4*, 5588 (2012); [10] J. Toster et al., /Nanoscale/
*5*, 873 (2013); [11] T. Dembele et al., /J. Power Sources/*233*, 93
(2013); [12] S. Li et al., /Chem. Comm./ *49*, 5856 (2013); [13] T.
Dembele et al., /J. Phys. //Chem. C /*117*, 14510//(2013); [14] R.
Nechache et al., /Nature Photonics /*9*, 61 (2015); [15] R. Nechache et
al., /Nanoscale/ *8*, 3237 (2016); [16] R. Adhikari et al. /Nano Energy
/*27*, 265 (2016); [17] H. Zhao et al., /Small/*12*, 3888 (2016); [18]
J. Chakrabartty et al., /Nanotechnology/*27*, 215402 (2016); [19] D.
Benetti et al., /J. Mater. //Chem. C/*4*, 3555 (2016); [20] K. Basu et
al., /Sci. Rep./*6*, 23312 (2016); [21] Y. Zhou et al., /Adv. En.
Mater./*6*, 1501913 (2016); [22] H. Zhao et al., /Nanoscale/*8*,
4217(2016); [23]L. Jin et al., /Adv. Sci./*3*, 1500345 (2016); [24] H.
Zhao et al., /Small /*11*, 5741 (2015); [25] S. Li et al., /Small/ *11*,
4018 (2015); [26] K.T. Dembele et al., /J. Mater. //Chem. A/*3*, 2580
(2015).
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