片语

ultrasonic c cleaning set超声凈化器

ultrasonic metal cleaning超声波金属除垢

Ultrasonic c cleaning equipment超声波清洁仪器

ultrasonic spray cleaning equipment超音波喷洗洗条装置

ultrasonic wave cleaning technoloty超声波清洗技术

Ultrasonic wave cleaning超声波清洗

ultrasonic wave cleaning machine超声波自动清洗机

ultrasonic c cleaning machine超声清洗器

ultrasonic c cleaning bath超声波洗凈槽

英汉例句

• 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。

• adopt the environmentally water-based protection, aqua pura ultrasonic cleaning process.

  采用水基环保，纯水超声清洗工艺。

• especially ultrasonic cleaning and naclo rinse were found to be effective for recovering membrane permeability by 54% and 38% respectively.

  其中超声波清洗可使膜比通量恢复5 4 %，堿洗可进一步恢复38%。

• finally, an asymmetrical multi-frequency transducer is designed, the resonant frequency of transducer is obtained, that is, this type of transducer can be used in ultrasonic cleaning and other fields.

  另外还设计了一种非对称的多频纵振动换能器，其共振频率方程为：这种类型的多频纵振动换能器可以应用到超声清洗中。

• ultrasonic cleaning is a good fit for a wide range of applications, from removing swarf and grinding and polishing residue to treating parts covered in oil, grease, or layers of paint.

  超声（波）清洗是工业领域一种广泛应用的新方法，可以去除工件表面的磨削，研磨，抛光后表面残留的碎屑，去除工件表面残留的油污，甚至可以去除油漆层。

• the high pure water system is mainly used for photoelectricity industry and electronic, such as optics resin piece, glasses, precise revertex products ultrasonic cleaning water.

  高纯水系统专为光电、电子行业设计，广泛用于光学树脂片、玻璃片、精密塑料件的制造及超声波清洗用水。

• 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。

• the key factors, consistency of lotion and ultrasonic cleaning condition, and optimization techniques combination about improving the clean surface were found by means of orthogonal experiment design.

  利用正交试验设计法找出影响清洗效果的主要因素是清洗液浓度和超声清洗条件，并确定最优因素水平组合。

• 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。

• discuss many of the sources of the residues and the way to solve this problem. the ultrasonic cleaning technology is introduced.

  讨论了许多印制板上残留物的形成原因和解决这些问题的方法，清洗方法着重介绍了超声波清洗技术。

• so the impact of ultrasonic cleaning is clearly recognizable. but to truly understand the value of ultrasonics, one must understand how ultrasonic cleaners really work.

  超声波清洗对工业的推动和影响是显而易见的，要真正理解超声波的价值，我们需要进一步了解超声波的原理。

• 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。

• this article presents the auto - control of the technological process of ultrasonic cleaning in the coating lines, the selection and programming of the plc are also introduced.

  介绍了超声波清洗机在涂层生产线上的自动化工艺流程控制和plc选型及编程。

• 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。

• 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。

• therefore, the characteristics of ultrasonic cleaning noise differ from audio noise, such as traffic noise, white noise and textile noise, etc, and their biological effects may also be different.

  超声波清洗空化噪声的特性与一般音频噪声（机械纺织噪声、交通噪声、白噪声、生活噪声等）不同，它对人和动物生理机能的影响也可能有别于音频噪声。

• the result shows that ultrasonic cleaning technology has good effect and practicability and can be applied to the painting pretreatment of valve bodies and pipe connectors.

  结果表明，超声波清洗技术效果可靠、经济实用，可用于阀体及管接头的涂装前处理清洗。