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The workshop on "Optical Properties of Low Dimensional Silicon sL
Structures" was held in Meylan, France on March, I yd, 1993. The
workshop took place inside the facilities of France Telecom- CNET.
Around 45 leading scientists working on this rapidly moving field
were in attendance. Principal support was provided by the Advanced
Research Workshop Program of the North Atlantic Treaty Organisation
(NATO). French Delegation a l'Armement and CNET gave also a small
financial grant, the organisational part being undertaken by the
SEE and CNET. There is currently intense research activity
worldwide devoted to the optical properties of low dimensional
silicon structures. This follow the recent discovery of efficient
visible photoluminescence (PL) from highly porous silicon. This
workshop was intended to bring together all the leading European
scientists and laboratories in order to reveal the state of the art
and to open new research fields on this subject. A large number of
invited talks took place (12) together with regular contribution
(20). The speakers were asked to leave nearly 1/3 of the time to
the discussion with the audience, and that promoted both formal and
informal discussions between the participants.
The workshop on "Optical Properties of Low Dimensional Silicon sL
Structures" was held in Meylan, France on March, I yd, 1993. The
workshop took place inside the facilities of France Telecom- CNET.
Around 45 leading scientists working on this rapidly moving field
were in attendance. Principal support was provided by the Advanced
Research Workshop Program of the North Atlantic Treaty Organisation
(NATO). French Delegation a l'Armement and CNET gave also a small
financial grant, the organisational part being undertaken by the
SEE and CNET. There is currently intense research activity
worldwide devoted to the optical properties of low dimensional
silicon structures. This follow the recent discovery of efficient
visible photoluminescence (PL) from highly porous silicon. This
workshop was intended to bring together all the leading European
scientists and laboratories in order to reveal the state of the art
and to open new research fields on this subject. A large number of
invited talks took place (12) together with regular contribution
(20). The speakers were asked to leave nearly 1/3 of the time to
the discussion with the audience, and that promoted both formal and
informal discussions between the participants.
In addition to traditional themes of synthesis, structure and
optoelectronic properties of nano- and microcrystalline
semiconductors, this book, first published in 1999, reports on
properties leading to new optical and biological applications.
Individual nanocrystals, as well as nanocrystalline and
microcrystalline semiconductors and thin films, represent an
interesting class of materials whose properties differ from those
of their single-crystal and amorphous counterparts. For example,
the electrical, optical and chemical properties may be dominated by
surface- and grain-boundary phenomena, and quantization can alter
the electronic states. Such effects lead to unique properties that
are sensitively dependent on the crystallite size and may be
exploited in novel optoelectronic, sensor and biomedical devices.
Researchers come together here to share recent advances in the
field. Topics include: light emission from nanocrystalline silicon;
biological applications and surface chemistry of nanocrystalline
semiconductors including synthesis and spectroscopy; synthesis and
properties of microcrystalline and nanocrystalline semiconductors;
oxide and chalcogenide semiconductors and microcrystalline and
polycrystalline semiconductors.
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