Application of Acoustical Activity in Lithium Niobate Crystals for Control of Light Intensity

F. Akhmedzhanov
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Abstract

New technology is offered for measuring and control of light intensity. In the proposed method the phenomenon of acoustical activity and Bragg light diffraction on hypersonic waves in ferroelectric crystal LiNbO3 is used. Control of light intensity can be realized by transference of crystal or by modification of generator frequency by which the transverse acoustic wave is excited. The change of light intensity is provided electronically, fluently and with high accuracy. Using previously the standard calibration, it is possible to measure and change the light intensity to the necessary value.
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声活性在铌酸锂晶体光强控制中的应用
提出了光强测量与控制的新技术。该方法利用了铁电晶体LiNbO3中高超声速波的声活动和布拉格光衍射现象。光强的控制可以通过晶体的转移或通过改变激发横声波的发生器频率来实现。光强的变化是电子提供,流畅和高精度。使用先前的标准校准,可以测量和改变光强到必要的值。
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