Aerial ultrasound source with a circular vibrating plate attached to a rigid circumferential wall

Kuratomi Ryo; Asami Takuya; Miura Hikaru

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Aerial ultrasound source with a circular vibrating plate attached to a rigid circumferential wall

机译：航空超声源，其圆形振动板连接到刚性圆周壁上

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We fabricate a transverse vibrating plate attached to a rigid wall integrated at the circumference of a circular vibrating plate that allows a strong sound wave field to be formed in the area encoded by the vibrating plate and rigid wall by installing a wall such as a reflective plate on the rigid wall. The design method for the circular vibrating plate attached to a rigid circumferential wall is investigated. A method of forming a strong standing wave field in an enclosed area constructed with a vibrating plate, cylindrical reflective plate, and parallel reflective plate is developed. (C) 2018 The Japan Society of Applied Physics.

机译：我们制造了一个横向振动板，该振动板连接到一个固定在圆形振动板周围的刚性壁上，通过安装壁（例如反射板），可以在由振动板和刚性壁编码的区域中形成强声波场在坚硬的墙壁上。研究了固定在刚性周壁上的圆形振动板的设计方法。提出了一种在由振动板，圆柱形反射板和平行反射板构成的封闭区域内形成强驻波场的方法。（C）2018年日本应用物理学会。

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《Japanese journal of applied physics》 |2018年第7s1期|07LE06.1-07LE06.6|共6页
作者
Kuratomi Ryo; Asami Takuya; Miura Hikaru;
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Nihon Univ, Coll Sci & Technol, Dept Elect Engn, Chiyoda Ku, Tokyo 1018308, Japan;

Nihon Univ, Coll Sci & Technol, Dept Elect Engn, Chiyoda Ku, Tokyo 1018308, Japan;

Nihon Univ, Coll Sci & Technol, Dept Elect Engn, Chiyoda Ku, Tokyo 1018308, Japan;

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1. Ultrasound source using a rectangular vibrating plate combined with rigid walls [J] . Sato Ryo, Asami Takuya, Miura Hikaru Japanese journal of applied physics . 2017,第7s1期

机译：使用矩形振动板结合刚性壁的超声源
2. High-intensity aerial ultrasonic source with sharp directivity containing a compact circular vibrating plate [J] . Monzen Hiroki, Masuda Naoki, Asami Takuya, Japanese journal of applied physics . 2021,第SD期

机译：高强度空中超声波源，具有较大的圆形振动板
3. Sources of Error in a Simulation of Rigid Parts on a Vibrating Rigid Plate [J] . Stephen Berard, Bind Nguyen, Kurt Anderson, Journal of Computational and Nonlinear Dynamics . 2010,第4期

机译：振动刚性板上的刚性零件模拟中的误差源
4. Sources of error in a rigid body simulation of rigid parts on a vibrating rigid plate [C] . Stephen Berard, Binh Nguyen, J. C. Trinkle ACM symposium on Applied Computing . 2009

机译：振动刚性板上的刚性零件的刚体模拟中的误差源
5. Programmable Sliding: Vector Field Based Manipulation of Objects in Frictional Contact with a Rigid Vibrated Plate. [D] . Vose, Thomas. 2011

机译：可编程滑动：与刚性振动板摩擦接触的物体的基于矢量场的操纵。
6. Sources of Error in a Simulation of Rigid Parts on a Vibrating Rigid Plate ∗ [O] . Stephen Berard, Binh Nguyen, Kurt Anderson, 2010

机译：振动刚性板刚性部件模拟误差来源*
7. HEAT TRANSFER TO LAMINAR NON-NEWTONIAN FLOW IN A CIRCULAR TUBE WITH VARIABLE CIRCUMFERENTIAL WALL TEMPERATURE OR HEAT FLUX [R] . Robert M. Inman 1965

机译：具有可变环壁温度或热通量的圆管内的层流非牛顿流动的传热

Aerial ultrasound source with a circular vibrating plate attached to a rigid circumferential wall

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