Abstract
Studies of the frequency dependence second-order nonlinear optical responses of organic systems are of fundamental importance.1 They are known to possess second-order susceptibility orders of magnitude larger than most inorganic dielectric insulators and common semiconductors, and also their virtually unlimited structural variety is important in both scientific and technological application.2 We report here a dispersion measurement of the on-resonance second-order susceptibilities of a Quinoid system.
© 1986 Optical Society of America
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