In accordance with the problem on the skimmer, supply pump, magnetic filter during operation, the modifications of the emulsion system of CDCM unit are made. 针对本钢冷轧厂CDCM机组乳化液系统使用中,撇污装置、供给泵、磁性过滤装置存在的问题进行了改造。
The inlet pipe of each pump has a magnetic filter to absorb metal substance in oil. 每个油泵的进油管路上都装有一个磁性滤油器,吸附透平油中的金属杂质。
Study on the Technology of High Gradient Magnetic Filter in Water Treatment 大梯度磁滤在给水处理中的试验研究
The utility model relates to a magnetic filter which is used for the piping system to discharge the pollution. 本实用新型涉及管道系统排污用磁性过滤器。
By combination of the heat transfer augmentation theory and mechanism of high gradient magnetic filter, a purifying cooling device for hydraulic and lubrication system was created and tested. 在研究不同结构的管壳式热交换器壳侧流动和传热特性的基础上,结合强化传热技术、高梯度磁过滤技术,研制了适合煤矿机械液压及润滑系统使用的冷却净化器。
By modifying how liquid flows through the pump filter, dirt particles are retained in the filter and held in place by a magnetic filter base. 通过修改通过泵过滤器如何液体流动,灰尘颗粒保留在过滤器和地点举行磁过滤器的基础。
Stripping, biological pre treatment, adsorption of activated carbon, membrane treatment, high gradient magnetic filter treatment and the like, can effectively eliminate or decrease the harmful effect of these substances. 通过吹脱、生物预处理、活性炭吸附、膜处理、高梯度磁滤器处理等手段,可以有效地去除或降低这些物质对人体的危害作用。
A study on deposited thin film using magnetic filter cathode vacuum arc 磁过滤阴极真空弧沉积薄膜研究
A Study on Removing Poisonous Substances and Algae from Water by Using Magnetic Filter with Great Gradient 利用大梯度磁滤器处理水中有害物质及藻类的研究
Electron oscillation inside a magnetic filter 磁过滤弯管中的电子运动模式
Mechanism Analysis and Experimental Study on High Gradient Magnetic Filter 高梯度磁过滤器的机理分析与性能实验
The results show that the particle structures of Fe nano-film are well distributed because of the action of magnetic filter. 分析结果表明,由于磁过滤的作用,所制备的Fe纳米薄膜结构均匀,不存在由于电弧蒸发引起的大颗粒沉积现象。
Magnetic Filter of Cathode Arc Ion Coating 阴极弧离子镀磁过滤器
The effect of electric field and magnetic field in a magnetic filter on electron motion is investigated. 研究了在磁场和电场综合模式下磁过滤弯管中电子的运动方式及其对离子运动方式的影响。
Experimental study on removing micro-pollutant in water treatment by applying magnetic filter with great gradient 大梯度磁滤处理饮用水源微污染的试验研究
A special curved magnetic filter was developed to investigate the effect of different bias mode on the transport of cathode arc plasma through the curved magnetic filter. 为了改进阴极真空弧等离子体通过磁过滤弯管的传输效率,测定了磁过滤弯管出口离子电流与阴极弧流的关系。
Attempts have been made to solve this problem by steering the cathode spots by a magnetic field, and by removing the droplets by a magnetic filter. 为解决这个问题,可采用轴对称磁场约束阴极斑,磁过滤器过滤等离子体出束中的液滴。
In this paper, the principle and design process of enhanced pulsed ion source is introduced. Enhanced pulsed ion source mainly includes two parts: pulsed ion source and magnetic filter. 本文详细介绍了增强型脉冲离子源的原理以及设计过程,增强型脉冲离子源主要包括两大部分:脉冲离子源及磁过滤装置。
The plasma in the chamber can be generated by hot-filament discharge and three high-efficiency magnetic filter metal plasma sources, so that the plasma immersion ion implantation and enhanced deposition can be done. 等离子体由热阴极放电或三个高效磁过滤式金属等离子体源产生,因此可实现全方位离子注入或增强沉积成膜。
The filtering efficiency of a high gradient magnetic filter was tested in different situations and compared with traditional magnetic filter. 实验测试了各种工况的高梯度磁过滤器,并与传统磁过滤器进行了比较。
Transportation of W and C plasma in a magnetic filter 碳和钨等离子体在磁过滤弯管中的传输
Application of the Electric Magnetic Filter in Fossil Fuel Fired Power Units 电磁过滤器在火电机组上的应用
The filtering efficiency to the particles larger than 10 μ m of the high gradient magnetic filter with cooler is 84%, 71% higher than that of high gradient magnetic filter without cooler, 210% higher than that of a conventional magnetic filter. 带冷却的磁过滤器对10μm以上的颗粒的过滤效率为84%,比不带冷却的磁过滤器过滤效率高71%,比传统磁过滤器过滤效率高210%。
Results show that droplets have been filtered out at the magnetic filter's exit, and the ion beam current here has reached 120 mA. 结果表明液滴在磁过滤器出口处已基本上被过滤掉了,该处离子束流达到120mA。
The application of magnetic filter can significantly reduce the above defects, so the properties of the films can be enhanced. 使用磁过滤器镀制薄膜可显著减少上述缺陷,从而提高薄膜的各种性能。
The Magnetic Filter Vacuum Cathodic arc Depositing Amorphous Diamond Film 磁过滤真空阴极电弧沉积无定形金刚石碳膜
Analyzed the factors that affect the efficiency of magnetic filter on the base of spot experiments. 以水厂现场试验为依据,对影响磁滤器处理效果的各项因素进行了分析。
The mechanism of the high gradient magnetic filter was analyzed theoretically, and the characteristics of the magnetic materials influenced by temperature were analyzed and tests. 分析了高梯度磁过滤器的机理,研究了温度对磁性材料性能的影响。
The flow rate and comprehensive performance have been measured in the simulation condition. The filtering efficiency of a high gradient magnetic filter was tested in different situations and compared with traditional magnetic filter. 加工成的滤芯又作了过滤器通量测定和模拟工况下的综合性能试验。实验测试了各种工况的高梯度磁过滤器,并与传统磁过滤器进行了比较。
Anti-EMI Magnetic Filter: Principle, Application and Prospect 抗EMI磁性滤波器:原理应用展望