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Group IV Heterostructures, Physics and Devices (Si, Ge, C, &agr;-Sn)
 
 

Group IV Heterostructures, Physics and Devices (Si, Ge, C, &agr;-Sn), 1st Edition

 
Group IV Heterostructures, Physics and Devices (Si, Ge, C, &agr;-Sn), 1st Edition,J.-M. Lourtioz,G. Abstreiter,B. Meyerson,ISBN9780444205025
 
 
 

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Elsevier Science

9780444205025

Print Book

Hardcover

In Stock

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USD 285.00
 
 

Description

These proceedings contain the majority of papers presented at
Symposium D, "Group IV heterostructures, physics and devices
(Si,Ge,C,&agr;-Sn)", of the Spring Meeting of the European
Materials Research Society, held at the Congress Centre,
Strasbourg, France, 4-7 June 1996. This Symposium was attended
by about 150 scientists from throughout the world, among whom 18
were invited speakers.

The aim of the Symposium was to discuss
the most recent results in all fields of Group IV
heterostructures and devices from fundamental physics to
industrial applications. Regular and invited contributions were
then welcomed which addressed the different aspects of growth,
the effects of strain relaxation, particularly in SiGeC alloys,
the basic optical and electrical properties of heterostructures
and low-dimensional structures, the microelectronic and
optoelectronics, such as rare-earth doping techniques, was also
selected. Except for minor changes, the order of papers presented
in this special issue of Thin Solid Films closely follows the
order of topics listed above as well as the order of sessions at
the Symposium.

J.-M. Lourtioz

Affiliations and Expertise

Institut d'Electronique Fondamentale, Université de Paris-Sud, Orsay Cedex, France

G. Abstreiter

Affiliations and Expertise

Institut de Electronique Fondamentale, Université Paris-Sud, Orsay, France

B. Meyerson

Affiliations and Expertise

IBM TJ Watson Research Center, Yorktown Heights, NY, USA

Group IV Heterostructures, Physics and Devices (Si, Ge, C, &agr;-Sn), 1st Edition

The book is divided in seven sections, I: SiGe Growth and
Processing, Strain Relaxation and Related Characterization.
II: Carbon Incorporation, SiGe(C)Alloys and Heterostructures.
III: Electrical and Optical Properties of SiGe(C)Alloys and
Heterostructures. IV: Er-Doped Silicon, Si/SiO2
Heterostructures, Si Nanoparticles in SiO2 in
SiO2 and Porous SiGe. V: Electrical Devices.
VI: SiGe/Si Quantum Dots and Wires. VII: Luminescence and
Optical Devices. Detailed contents are available by contacting
the Publisher.
 
 

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