This paper presents evolution of hyperbolic sinusoidal Gaussian (HSG) beam and its point‐like scintillation while propagating through turbulent atmosphere. We benefit from random phase screen approach to evaluate received field and scintillation. We see that astigmatic beams, which source parameters are not equal, are resistive against atmosphere considering intensity distribution. In case of scintillation, all selected HSG beams have less scintillation index than Gauss beam. In addition, astigmatism decreases scintillation at constant Gaussian source size. We anticipate that optical wireless communication devices can be designed using our outputs.

中文翻译：

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通过强大气湍流传播的双曲正弦高斯光束的性质

本文介绍了双曲正弦高斯（HSG）光束在湍流中传播时的演化及其点状闪烁。我们受益于随机相位筛选方法来评估接收到的场和闪烁。我们看到，考虑到强度分布，像散光束（其源参数不相等）对大气具有抵抗力。在发生闪烁的情况下，所有选定的HSG光束的闪烁指数均小于高斯光束。另外，在恒定的高斯源尺寸下，散光会降低闪烁。我们期望可以使用我们的输出来设计光学无线通信设备。