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The method of parametric receiving waves of different physical nature of the sources, processes and phenomena of the atmosphere, the ocean and the earth's crust in the marine environment

机译:海洋环境中大气,海洋和地壳的源,过程和现象的不同物理性质的参数接收波的方法

摘要

1. A method for receiving parametric waves of different physical nature of the sources, processes and effects of the atmosphere, ocean and the earth's crust in a marine environment, comprising a horizontally spaced controlled waters emitting and receiving acoustic transducers formed between the working area and the nonlinear interaction of the parametric acoustic conversion luminal and measured information waves and connected to transducers, respectively, the radiating forming path, and emitting gain eniya luminal signals as well as receiving a receive path gain selection and recording of information signals, characterized in that the working zone of the nonlinear interaction, and the parametric conversion luminal and information waves formed as a multi-beam spatially developed luminal parametric antenna commensurate with the length of controlled water area, which emitting transducer positioned in the center of the waters, and include in it: three identical omnidirectional unit, which set and an axis above and below the axis of the underwater sound channel (USC), a receiving transducer is formed similarly to the emitting transducer of three identical blocks which are arranged in a circle or perimeter on the opposite edge of the waters and positioned relative PCO analogously emitting units, each receiving unit is formed three single hydrophones are arranged in a vertical plane of isosceles triangles, the vertices of which is directed towards the emitting transducer, thereby together with Raspaud
机译:1.一种用于接收海洋环境中的大气,海洋和地壳的源,过程和影响的不同物理性质的参量波的方法,该方法包括在工作区域和工作区域之间形成并水平间隔地发射和接收声换能器的受控水域。参数声转换腔和测得的信息波的非线性相互作用,分别连接到换能器的辐射形成路径,发射增益的腔内信号以及接收接收路径的增益选择和信息信号的记录,其特征在于非线性相互作用的工作区域,以及参数转换管腔和信息波,形成与受控制水域长度相对应的多波束空间发展的管腔参量天线,发射换能器位于水域中心,并包含在其中:三个相同的全向单元,其中设置一个接收器,并在水下声音通道(USC)的轴的上方和下方设置一个轴,与三个相同块的发射传感器类似地形成接收换能器,这三个相同的块以圆形或周长的方式排列在水的相对边缘上,并且相对PCO类似发射单元,每个接收单元由三个等听筒形成,每个等听筒布置在等腰三角形的垂直平面中,其顶点指向发射换能器,从而与Raspaud一起

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