Automatic water-based environmental ultrasonic cleaning process.
全自动水基环保超声清洗工艺。
We have three manual and three automatic ultrasonic cleaning line.
拥有三条手动超声波清洗线和三条超声波自动清洗线。
Ultrasonic cleaning is based on the principle know as cavitations.
超声波清洁器是根据气穴原理进行设计的。
The entire water-based environmentally ultrasonic cleaning process.
全水基环保超声波清洗工艺。
OBJECTIVE To explore the desirable effect and methods of ultrasonic cleaning.
目的探讨超声清洗的最佳效果。
Megasonic cleaning is a type of acoustic cleaning, related to ultrasonic cleaning.
兆声波清洗是跟超声波相关的一种声学清洗方法。
Ultrasonic cleaning using both upper and lower radiation techniques, cleaning effect more obvious.
超声波清洗采用上下两面辐射工艺，清洗效果更明显。
Tests show that filter fabric regeneration can be effectively realized by means of ultrasonic cleaning.
试验结果表明，采用超声清洗可以有效地实现滤布再生。
Medical treatment: hemodialyzer, heart and lung, ultrasonic cleaning machines and other medical equipment.
医疗：人造肾脏、肺、声波清洗机及各种医疗设备。
The frequency of the bottom of the ultrasonic cleaning basin is studied, during the bottom freely vibrating.
分析了矩形超声清洗槽槽底自由振动时的谐频率。
To study the effect of cavitation noise radiated from ultrasonic cleaning tank on learning and memory in rats.
初步探讨了超声清洗空化噪声对大白鼠学习记忆功能的影响。
According to the principle of ultrasonic cleaning, briefly to analyze the factors which affect cleaning effect.
从超声清洗机理入手，简要分析了影响清洗效果的因素。
Special ultrasonic cleaning machine is usually installed in some specific items on the production line cleaned.
专用超声波清洗机一般安装在某些特定物件清洗的生产流水线上。
It incorporates various cleaning technology such as ultrasonic cleaning, air bubble cleaning and spray cleaning.
具备超声波，空气鼓泡，喷淋等多找清洗工艺。
The effect of cavitation noise radiated from ultrasonic cleaning tank on learning and memory in rats is studied.
探讨了超声清洗空化噪声对大白鼠学习记忆能力的影响。
The piezoelectric transducer is widely used in ultrasonic cleaning machine and high-power industry cleaning devices.
它广泛应用于超声波清洗机及工业用大功率清洗设备。
The costs of ultrasonic cleaning were analyzed, including those for cleaning liquid, water and electricity and labor.
分析了超声波清洗的成本，主要包括清洗液费用、水电费用、人工费用等。
Introduction is made to the lattice apron regarding hot setting, melt cutting, way of anti-static and ultrasonic cleaning.
介绍了集聚纺网圈的织造、热定型、熔切方法，防静电处理和超声波清洗方法。
Multiple working procedures established for ultrasonic cleaning, rinsing, spray pump, dehydration, rust prevention and drying.
设置超声清洗、漂洗、喷淋、脱水、防锈、烘干等多道工序。
Contrast application finds that the ultrasonic cleaning is the best method is melt cutting and edge finishing as well as cleaning.
通过对比指出网圈的熔切锁边和清洗方法以超声波法为最好。
Ultrasonic cleaning oscilatory plate and the economy are adopted with fission structure, easy to use, easy to maintain and repair.
超声波清洗振板与机体采用分体结构，使用方便，易于保养和维修。
The experiment of filter fabric ultrasonic cleaning is fulfilled by the ultrasonic cleaning device with frequency auto-tracking system.
采用具有频率自动跟踪系统的超声清洗设备对滤布进行强化清洗试验。
Wash the wafers with mixed acid, lotion and UPW (ultra pure water) by ultrasonic cleaning in wet sinks to get a clean and dry surface of wafers.
用混合酸、清洗剂和纯水在清洗槽或超声波清洗机内清洗硅片，使其表面洁净并烘干。
This paper also studied the influence of acoustic power density, temperature and other parameters on the ultrasonic cleaning through experiment.
通过比对实验分析了驻波和清洗介质的性质对清洗效果的影响。
Ultrasonic Output frequency the majority of the ultrasonic cleaning that is done in industrial applications today USES 40 kHz as a base frequency.
超声波输出频率目前大多数工业清洗应用中把40千赫作为基础频率，较低的工作频率。
This equipment has the function of the ultrasonic cleaning, spray, the wind shearing water, drying, with net belt continuous transmission, and such the functions.
本超声波清洗机设备具有超声波清洗、喷淋、风刀切水、烘干、网带连续传动等功能。
In order to avoid the occurrence of these problems, we improved the design and a new type ultrasonic cleaning equipment for the cleaning of air-conditioner on train.
介绍了旧型列车单元空调机组超声波清洗设备及其在实际使用过程中出现的问题，为避免这些问题的出现，通过全面改进设计，制造出全新的超声波清洗设备。
In this paper, vibration characteristics of plate sound source driven by transducer commonly used in ultrasonic cleaning are analyzed with the finite element method.
为了解超声清洗等应用中常用超声换能器激励的板声源的振动特性，使用有限元方法对其进行了研究，并通过实验验证了仿真结果。
In this paper, vibration characteristics of plate sound source driven by transducer commonly used in ultrasonic cleaning are analyzed with the finite element method.
为了解超声清洗等应用中常用超声换能器激励的板声源的振动特性，使用有限元方法对其进行了研究，并通过实验验证了仿真结果。
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