采用化学镀制得钴硼磁性合金镀层。
Magnetic cobalt-boron alloy deposits were prepared by electroless plating.
该间隔环是精确详细的非磁性合金或高分子的。
The spacer ring is a precision detail made of non-magnetic alloy or polymer.
主要用于硬质合金、磁性合金、陶瓷及粉体材料的烧结。
It is mainly used for sintering of hard alloy, magnetic alloy, ceramic and powder materials.
采用气雾化法获得的合金粉，通过高能球磨处理工艺制备了扁平化磁性合金粉体雷达波吸收剂。
The atomized powder was improved by high-energy ball milling, then the radar absorbent of flattened magnetic alloy powder was made.
对吸收剂进行SEM与XRD分析，并对磁性合金粉体-石蜡样品进行雷达频带复磁导率的测试。
The absorbent was analysed by SEM and XRD and the magnetic alloy powder-paraffin sample was made a complex permeability measurement in the radar frequency.
最后还对合金电镀在防腐装饰、磁性合金、电子元件、减磨耐磨等四个领域中的应用和进展作了概括的总结。
And finally, the author also gives a brief account of the application and progress of alloy plating in four areas, that are decoration, magnetic materials, electronic component and wear resistance.
薄片形状的磁性合金颗粒材料由于强形状各向异性可使其自然共振频率大大提高，有利于获得微波高磁导率磁性合金。
Flaky morphology of magnetic alloy particle material can raise its natural resonance frequency because of strong shape anisotropy, which is advantageous to acquiring high microwave permeability.
具体来说，就是合金从非磁性变成强磁性。
Specifically, the alloy goes from being non-magnetic to highly magnetized.
物质核心是磁性铁镍合金复合材料的结晶，其核心不是中空的。
The physical core is crystallized in magnetic iron-nickel alloy-composite. The core is not hollow.
而假如变紫红色：无磁性的为高锰钢，有磁性的通常为通常钢或低合金钢。
And if the purple red: nonmagnetic as high manganese steel, magnetic usually usually steel or low-alloy steel.
由于合金镀层具有的特殊性能及使用上的特殊要求，可分为耐磨性、可焊性、磁性及轴承合金等。
Because of the special alloy coatings has the properties and the application at the special requirements, can be divided into the wear resistance, solderability, magnetic and bearing alloy etc.
分别从磁化理论和数理统计两个方面分析了影响耐蚀软磁合金1J116磁性能的因素。
The factors which influence the magnetic property of 1J116 anti-corrosion soft magnetic alloy were studied through the magnetization theory and the mathematic statistics.
在这个合金系统中巡游电子磁性和局域磁矩的表现都很明显。
In this alloy system, both itinerant electron magnetism and localized magnetic moments appear very clearly.
这类产品包括许多稀有金属或贵金属，贱金属或合金带材或各种形状的挤压型材，某些轴承金属，某些硬软磁性材料等。
Examples of this class include many of the rare or precious metals, strip or extruded shapes in base metals or alloys, some bearing metals, some hard or soft magnetic materials, etc.
重点探讨了钴合金在防护性、磁性、装饰性、电催化功能和防铜渗性等方面的研究现状和发展趋势。
The researching status and developing trends of cobalt alloy coatings in properties of protection, magnetism, decoration, electrochemical catalytic behavior and copper barrier are focused.
利用非晶合金制作了一种磁性传感器。
本文研究了热处理工艺对低钕铁硼合金磁性能的影响，得到了符合交换耦合理论的结果。
The effect of heat treating process on the magnetic characteristics of Low-neodymium-iron-boron alloy has been studied in this paper.
包含稀土元素的合金，其生产方法，磁致伸缩器件，以及磁性冷冻剂材料。
Alloy containing rare earth element, production method thereof, magnetostrictive device, and magnetic refrigerant material.
原料低硫高冰镍为高冰镍经磨浮-磁选分离获得的富含贵金属的磁性产品，主要含有镍合金和少量硫化物。
This magnetic matte was obtained from high grade Ni-Cu matte by floatation-magnetic separation, which enriched in precious metals, and mainly contained Ni alloys and a small quantity of sulfides.
讨论了合金成分配比、添加元素、制备及热处理工艺对磁体硬磁性能的影响。
The actions of the alloy composition, the addition of various elements and the quenching and annealing technical processes on the hard magnetic properties of magnets are discussed.
本发明铜合金镍网磁性复合材料是由上下表面层和中间层的原料带材复合轧制成一体的带材结构。
The invention relates to a copper alloy nickel-net magnetic composite, which is the integral belt structure rolled by stock belts in top and bottom surface layers and middle layer.
作者研制了一种新型磁性陶瓷复合材料，以其取代目前临床使用的磁性固位种植系统中的软磁合金衔铁。
A new type of magnetic implant composite material was made to replace the ferromagnetic alloy in implant magnetic retention system.
顾客为全球粉末压制工业企业，涵盖粉末冶金、磁性材料、硬质合金、技术陶瓷、碳制品等等。
This industry covers companies of powder metallurgy, magnetic materials, hard metals, technical ceramics, carbon products, etc.
发现不同的热处理工艺可以改变合金材料的结构及相组成，从而明显地影响该合金的磁性能。
It concludes that annealing processes may change the structure and phase formation of the alloy, and consequently effects the magnetic properties of the alloy.
初步探讨了电脉冲加热对加热速率和该合金内应力释放、退火脆化以及最终软磁性影响的基本规律。
A preliminary discussion was given on the basic situation of the influences of the pulse heating parameters on heating rate, stress relief, annealed embrittlement and soft magnetic properties.
综述了生物医用铁系单质、合金、化合物、 磁性微球和免疫磁性微球的制备方法、性能和应用，并对其进行了评述。
The progress in preparation and application of iron metal or its alloy nano-materials , iron compound nano-materials and iron composite nano- materials are reviewed.
通过试验，摸索出1 J 79合金的最佳热处理工艺，获得了磁性温度稳定性较好的1j79合金。
Through testing, the optimum heat treatment and better thermal stability of magnetic properties of 1j79 alloy have been obtained.
纳米铁合金粉末在磁性、催化和吸波等方面都展现了优异的特性，具有广泛的应用前景。
Nanosized iron alloy powders exhibit fantastic properties in magnetism, catalyze, wave absorption, and lead to an even more diverse range of applications.
研究结果表明：2J4合金的磁性能随着ECAP变形道次的增加而逐渐增大，在第3道次变形时，其磁性能增加速度最快。
The result reveals that the magnetic properties of 2J4 alloy become stronger with increasing passes of ECAP, the increase speed of magnetic properties is the largest after 3 passes of ECAP.
研究结果表明：2J4合金的磁性能随着ECAP变形道次的增加而逐渐增大，在第3道次变形时，其磁性能增加速度最快。
The result reveals that the magnetic properties of 2J4 alloy become stronger with increasing passes of ECAP, the increase speed of magnetic properties is the largest after 3 passes of ECAP.
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