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Transport method using multiplicative noise correlated with additive noise

机译:使用与附加噪声相关的乘性噪声的传输方法

摘要

1. TECHNICAL FIELD OF THE INVENTION;The present invention relates to a method of moving a mobile element.;. Technical problem that invention tries to solve;The present invention provides a method for moving a microstructure element in a tube through which a liquid with high viscosity passes, using multiplication noise depending on a specific addition noise intensity within the symmetrical external potential and the addition noise whose movement amount is maximum at the intensity of the multiplication noise. To provide a way to;3. Summary of Solution to Invention;The present invention relates to a first step of forming multiplication noise depending on the direction of addition noise based on an input from an external device by using addition noise existing in a tube through which a liquid with high viscosity flows; A second step of adding the formed multiplication noise to a potential in the fluid 9gfm having a high viscosity according to an input from an external device so that the potential barrier changes in the direction of the addition noise; And a third step of propelling and moving the mobile device in a fluid having a high viscosity according to a change in potential energy.;4. Important uses of the invention;The present invention is used for the movement of a micro mobile device in a tube through which a high viscosity liquid passes.
机译:移动元件的方法技术领域本发明涉及一种移动元件的方法。本发明试图解决的技术问题;本发明提供了一种方法,该方法通过使用在对称外部电势内的特定相加噪声强度和相加噪声依赖于相加噪声的相乘噪声来使高粘度液体通过的管中的微结构元件移动。在乘法噪声强度下其移动量最大。提供一种途径; 3。发明内容本发明涉及一种第一步骤,该第一步骤通过利用存在于高粘度液体流过的管中的附加噪声,基于来自外部设备的输入,根据附加噪声的方向来形成乘法噪声。第二步,根据来自外部装置的输入,将形成的倍增噪声加到具有高粘度的流体9gfm中的电势上,从而使势垒沿加法噪声的方向改变;第三步是根据势能的变化在具有高粘度的流体中推动和移动移动设备; 4。本发明的重要用途;本发明用于微型移动设备在高粘度液体通过的管中的移动。

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