hard anodizing
英 [hɑːd ˈænədaɪzɪŋ]
美 [hɑːrd ˈænədaɪzɪŋ]
硬阳极化
双语例句
- After hard anodizing, surface roughness increases, the surface roughness of artificial aging ( T6) is bigger and grows faster.
硬质阳极氧化后表面粗糙度都增加，且经T6处理后的表面粗糙度更大、增长更快； - Study on Preparation of the Composited Film of Hard Anodizing with Aluminum Alloys and PTFE
铝合金硬质阳极氧化与聚四氟乙烯复合膜层制备研究 - Hard anodizing film could be obtained on Al-Cu alloy surface which had been treated with solid solution treatment and natural aging.
经固溶处理和自然时效的铝铜合金可以进行硬质阳极氧化。 - Rapid Determination of C_2O_4 ￣( 2-), Cl ￣-and Fe ￣( 2+) ions in Hard Anodizing Baths
铝硬质氧化液中C2O4~（2－）、Cl~－和Fe~（2＋）离子浓度的快速测定 - A Study on the Hard Anodizing of Aluminium Alloy with Pulsed Current
铝合金脉冲硬质阳极氧化的研究 - Hard anodizing power supply is an important part of the equipment to deal with metal surface.
硬质阳极化电源是对金属表面进行处理的装置。 - Application of Type WKY ACP on Hard Anodizing or Piston Power Sources
自控电源在活塞硬氧化中的应用 - A composite hard-anodized coating containing micro PTFE ( polytetrafluoroethylene) particles on aluminium alloy 6063 was produced by adding micro PTFE particles into the traditional hard anodizing solution.
在常规铝合金硬质阳极氧化液中添加聚四氟乙烯颗粒，在6063铝合金表面形成含有聚四氟乙烯颗粒的复合硬质阳极氧化层。 - Hard Anodizing of Aluminium Alloys with Various Electric Wave Forms
不同电源波形的铝合金硬质阳极氧化 - Research on Hard Anodizing Power Supply of Alternative Process and Full Digitalization Based on Embedded Microprocessor
基于嵌入式的多工艺全数字硬质阳极化电源的研究 - By hard anode oxidation, the film is obtained when industrial pure aluminum is in sulfuric acid solution, make the improvement in the traditional sulfuric acid hard anodizing craft foundation.
对工业纯铝在硫酸溶液中采用硬质阳极氧化的方法制取氧化膜的工艺进行了研究，在传统硫酸硬质阳极氧化工艺的基础上进行了改进。 - According to the enterprise's request for the property of the hard anodizing film on the top surface of piston, a set of equipment for hard anodizing at high pulse current was auto-designed by the laboratory.
根据企业对活塞顶面硬质阳极氧化膜膜层性能的要求，实验室自行设计了一套在大脉冲电流下进行硬质阳极氧化处理的装置。 - The hard anodizing of aluminium piston on diesel engine
柴油机铝活塞的硬质阳极氧化 - Hard Anodizing Process for Aluminium with High Tolerance to Working Temperature
宽温度铝硬质阳极氧化工艺的研究 - Requirements for Cooling and energy consumption in the low-voltage hard anodizing for aluminium using pulse current with simple sine wave were discussed.
本文对采用简单正弦波脉冲电流的低压硬质氧化工艺过程中冷却要求进行了讨论，这种低压脉冲电流是由一个60赫兹正弦波交流电压叠加一个数值上等于交流电压振幅的直流电压而形成的。 - High current density and voltage used in oxalic anodizing and hard anodizing process cause quantities of bath heat. Therefore air agitation is necessary which probably results in bad contact of the workpieces with the racks, and consequently produces burned and rejected workpieces.
草酸阳极氧化、硬质阳极氧化处理工艺电流密度大、电压高、产热量大，必须采用压缩空气不断搅拌槽液，由此可能导致工件与挂具接触不良，引起工件烧伤和报废。 - With an aim at solving the problem of still adoption of manual method for hard anodizing power supply with simple working technology and low production efficiency.
针对目前国内很多硬质阳极化电源仍采用手动给电方式，电源工作工艺单一，生产效率低的问题，介绍了一种基于嵌入式全数字阳极化电源的设计方法。 - Hard Anodizing Technique for Al-Si Alloy Piston Crown
高硅铝合金活塞顶部硬质阳极氧化 - Aluminum alloy was firstly anodized, then the PTFE was introduced into the porous hard anodizing film by means of hot dipping or electrolysis, finally the synergistic coating was formed by nice vacuum heat treatment.
将铝及铝合金先进行硬质阳极氧化，然后采用热浸或二次电解的方法将氟聚合物微粒引入阳极氧化膜微孔及其表面，通过真空精密热处理的方法形成协合涂层。 - The advantage of hard anodizing using in diesel engine aluminium piston and the effect on oxide film byanodized technology are discussed.
叙述了柴油机铝活塞硬质阳极氧化的优越性及其工艺对氧化膜的影响，并进行了台架试验。 - The temperature of hard anodizing process of aluminum alloy applied to industry is generally very low. It wastes energy because of using refrigeration equipment, thus it will increase production costs.
现在应用于工业生产的铝合金硬质阳极氧化工艺的温度普遍较低，维持低温需要系统的制冷设备，浪费能源，最终会增加硬质阳极氧化生产的成本。 - Hard anodizing is a kind of technique in surface treatment of aluminum and its alloy in present industrial, which is in common use and effective.
硬质阳极氧化是当前工业中一种常用而又有效的铝及其合金材料表面处理技术。 - Power supply is one of the crucial factors that influence the hard anodizing technology. Now DC power supply and DC overlapped rectangle pulse power supply are the mainstream, but they have many problems in practical production so that the development of hard anodizing technology was confined.
电源是影响该工艺的关键因素之一，目前主要以直流电源和直流叠加方波脉冲电源为主，但是在实际生产中，这些电源均存在诸多问题，限制了硬质阳极氧化工艺的发展。