Second-order nonlinear optical materials: recent advances in chromophore design
T Verbiest, S Houbrechts, M Kauranen… - Journal of Materials …, 1997 - pubs.rsc.org
T Verbiest, S Houbrechts, M Kauranen, K Clays, A Persoons
Journal of Materials Chemistry, 1997•pubs.rsc.orgThis paper deals with recent and important developments in the field of organic materials for
second-order nonlinear optics. Attention is drawn to current trends in chromophore design
with a discussion of current progress and problems in this field. A number of important
classes of chromophores, such as one-dimensional charge-transfer molecules, octopolar
compounds, ionic materials, multichromophore systems and organometallics, are discussed.
second-order nonlinear optics. Attention is drawn to current trends in chromophore design
with a discussion of current progress and problems in this field. A number of important
classes of chromophores, such as one-dimensional charge-transfer molecules, octopolar
compounds, ionic materials, multichromophore systems and organometallics, are discussed.
This paper deals with recent and important developments in the field of organic materials for second-order nonlinear optics. Attention is drawn to current trends in chromophore design with a discussion of current progress and problems in this field. A number of important classes of chromophores, such as one-dimensional charge-transfer molecules, octopolar compounds, ionic materials, multichromophore systems and organometallics, are discussed.
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