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Physical Impacts of High Frequency of Ultrasound Wave on Sea,Brackish,Hot Spring and Municipal Water

机译:超声波对海洋,咸淡水,温泉和市政水的物理影响

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This study aims to apply the ultrasound technique in the field of clean technology to protect environment.The principle of ultrasound was conducted here to study the effect of applying high frequency of ultrasound waves.Four kinds of water namely;Seawater from Aqaba gulf,Red Sea,brackish from Maan desert southern part of Jordan,hot spring from northern part of Jordan and tap water (Amman City) were selected to study the effect of ultrasound on its physical properties.High ultrasound frequency device with 1.7 MHz was applied to study the effect of ultrasound waves.All conducted experiments were fixed at room temperature.The effect of liquid volume while applying a constant ultrasound waves on the water properties were investigated here.Exposing time of ultrasound waves was fixed at 0.5,1.0 and 1.5 h.The experimental results showed that ultrasonic wave irradiation for different samples of water at different period of time has its significant impacts on physical and chemical properties of water such as pH,total dissolved solids and consequently the conductivity.
机译:本研究旨在将超声技术应用于清洁技术领域以保护环境。在此,以超声原理为研究对象,探讨了施加高频超声波的效果。四种水:亚喀巴湾海水,红海选择约旦南部的马安沙漠微咸水,约旦北部的温泉和自来水(安曼市)来研究超声对其物理性质的影响。采用1.7 MHz的高频率超声设备来研究其影响所有进行的实验均在室温下进行。研究了在施加恒定超声波的情况下液体体积对水性质的影响。超声波的暴露时间固定为0.5、1.0和1.5 h。表明超声波辐照不同时间的不同水样对陶瓷的理化性质有重大影响。水(例如pH值),总溶解固体以及因此的电导率。

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