Impact Research of Sound Vibration Frequencies on the Laser Beam Response of the Most Common Ukrainian Glass

Dudykevych V.B, Opirskyy I. R., Haraniuk P. I., Rakobovchuk L. M., Dzianyi N. R.
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Abstract

The elemental composition of glass samples on an X-ray fluorescence analyzer and radiation transmission spectrograms depending on the laser wavelength has been considered in the article. Power reflection coefficients of the glass samples at different vibrational frequencies have been discovered. The model of window glass oscillation under the action of an acoustic wave has been identified. The oscillation amplitude of window glass under the action of an acoustic wave has been estimated. It has been established that the oscillation amplitude of the window glass increases depending on the type and thickness of the glass.
声振动频率对最常见乌克兰玻璃激光束响应的影响研究
本文考虑了x射线荧光分析仪上玻璃样品的元素组成和随激光波长变化的辐射透射谱图。得到了不同振动频率下玻璃样品的功率反射系数。建立了在声波作用下窗户玻璃振荡的模型。估计了在声波作用下窗户玻璃的振荡幅度。研究表明,窗玻璃的振荡幅度随玻璃的种类和厚度的增加而增大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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