本文综述了超声波杀菌机理、影响因素与研究现状及前景等问题。
In this paper, the mechanism of ultrasound sterilization was discussed as well as the affecting factors. And the present progress of the use of ultrasound sterilization in food industry was reviewed.
为了观察超声波雾化消毒机的杀菌效果，分别用微生物监测仪器法和平板沉降法对其进行了检测。
In order to observe the germicidal efficacy of the Ultrasound Atomizing Disinfector, microbial monitoring instrument method and plate sedimentation method were used for examination.
本发明在紫外线水体杀菌装置中设置了螺旋状的紫外线灯管和超声波换能器，大大提高了杀菌功效。
In the ultraviolet water body sterilizer there is helix ultraviolet tube and ultrasonic transducer, improving the sterilization efficiency.
超声波能够使水产生紊流，使紫外线强度照射更加均匀、无死角，杀菌更高效。
Ultrasonic can make water produce turbulence, make the ultraviolet radiation intensity is more uniform, no dead Angle, more efficient sterilization.
超声波紫外线杀菌器可连续大流量杀菌，其最佳运行条件即为24小时连续运行，是一种适应性很强的水处理杀菌装置。
Ultrasonic UV sterilizers can sterilization with continuous high-volume , the best operating conditions shall be continuous operation of 24 hours , is a resilient water sterilization device.
超声波具有良好的杀菌功能，和紫外线杀菌联合使用，使杀菌效果更稳定高效。
Ultrasonic has good antiseptic function, joint use with the ultraviolet radiation sterilization, can reach more stable efficient sterilization effect.
超声波具有良好的杀菌功能，和紫外线杀菌联合使用，使杀菌效果更稳定高效。
Ultrasonic has good antiseptic function, joint use with the ultraviolet radiation sterilization, can reach more stable efficient sterilization effect.
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