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Seismoreception on the basis of electrosensitive fluid

机译:基于电敏流体的感觉感受

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Abstract: The data of previous research on the structure formation of electrosensitive suspensions under the action of an external electric field and on the resulting changes in the mechanical parameters of the medium (viscosity, plasticity, resilience) were used to develop a method of pendulum damping in a damping element of a seismoreceiver. The design of a seismoreceiver is described in which the medium serves both as a sensor and an output regulator. An automatic correction system of pendulum damping in the seismoreceiver is developed on the basis of the algorithm which relates variations of the viscosity due to temperature changes and input power conditions with the electrical control signal. !12
机译:摘要:利用先前关于电敏感悬架在外部电场作用下的结构形成以及所引起的介质力学参数(粘度,塑性,回弹力)变化的研究数据,开发出一种钟摆阻尼方法在减震器的阻尼元件中。描述了一种自感接收器的设计,其中介质既充当传感器又充当输出调节器。在该算法的基础上,开发了自动检波器中摆锤阻尼的自动校正系统,该算法将由于温度变化和输入功率条件引起的粘度变化与电控制信号相关联。 !12

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