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Development and Improvement of the Experimental Apparatus using the Underwater Shock Wave

机译:利用水下冲击波的实验装置的开发与改进

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The underwater shock wave has been studied in the various fields. The application of this method can be used for a molding machining, a welding and an embossing in the metal processing [1]. Moreover, this processing method can be used for a pulverizing, a softening, and a sterilization in the food processing. The aim of this research is to make the rice powder using by the underwater shock wave without generating of heat [2]. Although the underwater shock wave is generated using an explosive, the handling of the explosive is extremely accompanied by danger. Therefore, we developed the electric discharging device made to generate the underwater shock wave. It is easier to carry on the experiment using this device than the experiment of an explosive. We developed a pressure vessel for generating the underwater shock wave in various fields. The developed pressure vessel has been improved by our research group. The pressure vessel made to generate the shock wave is manufactured from a new concept, and the coaxial cable is used for wiring of the device.
机译:在各个领域研究了水下冲击波。该方法的应用可用于模塑加工,焊接和金属加工中的压花[1]。此外,该处理方法可用于食品加工中的粉碎,软化和灭菌。该研究的目的是使水稻粉末通过水下冲击波使用而不会产生热量[2]。虽然水下冲击波是使用爆炸性产生的,但爆炸性的处理非常伴随着危险。因此,我们开发了用于产生水下冲击波的放电装置。使用该装置比爆炸性的实验更容易进行实验。我们开发了一种用于在各个领域产生水下冲击波的压力容器。我们的研究组已经改善了发达的压力容器。产生的压力容器产生冲击波由新概念制造,并且同轴电缆用于设备的布线。

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