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鑒于工業上的清洗工作应用“超声波振动能”使得物体表面受到清洗液的剧烈动力作用的获得成功,因此,作者对超声波应用于清洗注射用器方面的效能如何进行了研究。除使用發生器供給一定頻率的电能外,尚备有一只容量为7升的裝以钛酸鋇底板的不銹鋼長方形罐的換能器。此装置系利用钛酸鋇的压电性質,可使电能在換能器中轉变为同一頻率的机械性振动,亦即每秒鐘40千周。这种屬于高頻率声波的振劫,当通过液体
In view of the industrial success of the cleaning application of “ultrasonic vibration energy” so that the surface of the object subjected to the drastic dynamic effect of cleaning fluid success, therefore, the author of the ultrasonic application in cleaning the syringe for how the performance was studied. In addition to using the generator to supply electricity at a certain frequency, a 7-liter stainless steel rectangular tank equipped with a barium titanate base was equipped with a transducer. This device uses the piezoelectric properties of barium titanate, the electrical energy in the transducer can be converted to the same frequency of mechanical vibration, that is 40 kilos per second. This kind of high-frequency sound wave looting, when through the liquid