全水基环保超声波清洗工艺。
The entire water-based environmentally ultrasonic cleaning process.
采用全水基环保清洗工艺。
Adopts water-base environmental protection cleaning technology.
介绍了电厂凝汽器不停机清洗工艺的研究成果。
The research results of on-line cleaning technology for the condenser is introduced.
具备超声波，空气鼓泡，喷淋等多找清洗工艺。
It incorporates various cleaning technology such as ultrasonic cleaning, air bubble cleaning and spray cleaning.
超声波清洗机使用全水基清洗剂环保清洗工艺。
Adopt the environmentally cleaning technics of fully water-based cleaning agent.
清洗工艺为盐酸酸洗、柠檬酸漂洗、双氧水钝化。
The cleaning technology was hydrochloric acid cleaning, citric acid rinse, peroxide passivation.
根据中央空调系统的运行特点，确定了清洗工艺。
The cleaning conditions were also stipulated according to the operation characteristics of central air-conditioner system.
描述了针织物冷轧堆染色与后清洗工艺及其特点。
The process and characteristics of cold pad batch (CPB) dyeing and washing of knitwear are described.
通过实际案例分析，展示了干刻清洗工艺的应用价值。
Through the analysis of actual case, the worth of dry clean application is presented.
采用国内首创纯净水清洗工艺，确保产品的有机品质。
First pure water using domestic cleaning process, to ensure the quality of organic products.
对陶瓷膜处理乳化悬浮液过程中膜清洗工艺进行了研究。
The cleaning process of ceramic membranes used in treating emulsified suspension was studied.
基片材料、镀前基片表面清洗工艺等对反射率也有一定影响。
Substrate material and cleaning procedure also affect reflectivity of Au film to some extent.
本文介绍了钢制换热器碳酸盐垢的特点、清洗工艺及操作控制条件。
This paper introduces the characteristics, process and operation conditions of cleaning carbonate scale deposited on the steel heat exchanger.
本文以金属刻蚀去胶腔为背景，简述干刻清洗工艺开发和评价过程。
Based on ash chamber of metal etch this paper describes the full process of dry clean development and evaluation.
以柴油机缸盖超声波清洗机为例，阐述了超声波的清洗工艺及其应用。
Taking its application in cleaning of diesel engine cylinder head as an example, the cleaning results by ultrasonic-wave cleaning techniques shows good and satisfactory.
根据垢样分析结果和设备状况，设计了清洗剂、蚀剂和相应清洗工艺。
The cleaning agent, corrosion inhibitor and cleaning technology were designed according to the composition of polymer-catalyst dust scale and the condition of equipment.
根据含油污泥的组成成分，研究选取了热化学清洗工艺处理该含油污泥。
Based on the ingredient of oily sludge we chose the hot water washing process as the process of oily sludge treatment.
售前：了解客户清洗工艺、设备状况、公司内部模拟测试，制定相应方案。
Before sales: learn the washing technique, equipment conditions and internal simulation test of the client and make proper program.
这种工作的结果表明，在最佳结果中，清洗工艺应该致力于阻挡层浆料方面。
The results of this work indicate that, for optimum results, the cleaning process should be tuned to the barrier slurry.
通过实验，证明了清洗工艺及清洗装置对提高轴承清洁度的可行性和有效性。
Through the experiment, it is proved that the feasibility and validity of cleaning technics and cleaning equipment to the clean degree.
通过实验室清洁度测定实验分析了清洗工艺的特点并验证了清洗工艺的清洗效果。
Analysis of the characteristics of the cleaning process flow and checked the cleaning effect of cleaning process flow through electron microscopy.
设计了一种新型铁路货车轴承清洗机的清洗工艺过程，开发实施了清洗机的控制系统。
Designing a new cleaning technology of the motor lorry bearing cleaning machine and programming the control system of that machine.
在传统的清洗工艺中主要分为三大类：热水煮沸清洗、化学剂清洗、高压水射流清洗。
In a traditional cleansing process is divided into three categories: water boiling cleaning, chemical cleaning, high pressure water jet cleaning.
本文介绍电子元件的清洗工艺与非耗臭氧清洗材料的选择，以便达到保护臭氧层的目的。
This paper introduces about the cleaning technology and non-ODS cleaning materials of the electronics components, resulting in protection of the ozone layer.
清洗完成后的检查表明，该清洗工艺非常成功，钝化效果完全达到了亚硝酸钠钝化的水平。
The result checking followed passivation showed the whole cleaning technology very successful, the passivation result came up to the level of sodium nitrite passivation.
介绍了在清洗复杂运行系统时，在不破坏该系统设备的情况下，实现分段清洗工艺的可行性。
It is introduced the study of feasible plan of chemical cleaning of complex system in run without damage of the system equipment.
最后采取了盐酸清洗工艺和改进制备工艺等措施，逐步降低了多腔诱导透射滤光片的缺陷数量。
Acid cleaning techniques and improved processes were carried out and the defect quantity was decreased step by step.
选用恰当的清洗剂，采用合理的化学清洗工艺能有效地去除输油管内的沉积物，恢复输油压力。
The deposit could be effectively removed and oil pressure was renewed by way of choosing effectual cleaner and chemical cleaning technology.
选用恰当的清洗剂，采用合理的化学清洗工艺能有效地去除输油管内的沉积物，恢复输油压力。
The deposit could be effectively removed and oil pressure was renewed by way of choosing effectual cleaner and chemical cleaning technology.
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