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    超声波振动和次声波的区别
    2016-4-6 10:00:52
    超声技术是一门以物理、电子、机械及材料学为基础的通用技术之一。超声技术是通过超声波产生、传播及接收的物理过程而完成的。超声波具有聚束、定向及反射、透射等特性。按超声振动幅射大小不同大致可分为:
    Ultrasonic technology is a physical, electronic, machinery and materials science as the foundation of general technology. Ultrasonic technology is through ultrasonic generation and transmission and receiving a complete physical process. Ultrasonic wave has the bunching, orientation and reflection and transmission characteristics. According to the ultrasonic vibration radiation of different sizes can be divided into:
    1、用超声波使物体或物性变化的功率应用称功率超声,例如:在液体中发生足够大的能量,产生空化作用,能用于清洗、乳化。
    1, the application of power ultrasonic changes of objects or objects called power ultrasound, for example: have enough energy in the liquid, produce cavitation, can be used for cleaning, emulsion.
    2、用超声波得到若干信息,获得通信应用,称检测超声,例如:用超声波在介质中的脉冲反射对物体进行厚度测试称超声测厚。
    2, using ultrasound to get a number of information, access to communication applications, said the detection of ultrasound, for example: ultrasonic wave in the medium of pulse reflection on the object of the thickness of the test called ultrasonic thickness measurement.
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    This article from: automatic ultrasonic cleaning machine more details please click: http://www.sinokohl.com/ we will do our best to serve you.