Nonlinear Inorganic Optical Materials
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Date
1999
Authors
Topaloğlu, Işıl
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Ege Üniversitesi
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Abstract
Ticari olarak uygulamaları bulunan nonlinear optik materyallerin geliştirilmesi için yapılmakta olan çalışmalar özellikle 1980 yılından sonra artış göstermiştir. Bu amaçla incelenen sistemler arasında inorganik kristaller, yarı iletkenler, organometalik bileşikler, organik kristalin monomerler, ve delokalize $\Pi$ elektronları içeren uzun zincirli polymerler Informasyon işlemlerinde optik çevirme, telekominikasyon, optoteknoloji, ve optik frekans çevirme amaçlı olarak çok yaygın olarak kullanılmaktadır. Bu derleme makalesinde nonlinear optik özellik gösteren inorganik bileşikler hakkında kısa bilgi verilmiştir.
In the search for and development of non-linear optical materials that possess commercial device applications, there has been an explosion of interest since the mid-1980s. Of these systems examined are inorganic crystals and semi-conductors, organometallic compounds, organic crystalline monomers and long chain polymers with delocalized $\Pi$-electrons, which are widely used in information processing, optical switching, telecommunications, optotechnology and optical frequency conversion. In this review, it is attempted to give a brief introduction about molecular inorganic nonlinear optical materials.
In the search for and development of non-linear optical materials that possess commercial device applications, there has been an explosion of interest since the mid-1980s. Of these systems examined are inorganic crystals and semi-conductors, organometallic compounds, organic crystalline monomers and long chain polymers with delocalized $\Pi$-electrons, which are widely used in information processing, optical switching, telecommunications, optotechnology and optical frequency conversion. In this review, it is attempted to give a brief introduction about molecular inorganic nonlinear optical materials.
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Source
Ege University Journal of The Faculty of Science
Volume
22
Issue
1
Start Page
41
End Page
55
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965
checked on Sep 11, 2025