1) FeNiCo alloy
铁镍钻合金
2) Fe-Ni alloy
铁镍合金
1.
Status of preparation and application of Fe-Ni alloy powder in home and abroad are reviewed.
本文论述了目前国内外制备铁镍合金粉的方法及其应用现状,并简要介绍了制备铁镍合金粉体的发展方向及其制备应用前
2.
Studies the sound insulation property of the textile after electro-less Fe-Ni alloy plating.
研究了镀铁镍合金织物的隔音性能,发现在不同增重率下,该织物的隔音曲线符合单层均质结构的典型隔音频率特性曲线,并且随着织物增重率和面密度的增加,声压级降也增加。
3.
The fine wire of Fe-Ni alloys(Fe1-xNix,x=30,45,60)were cold drawn from alloy ingots and annealed at 900℃.
采用拉拔法将铁镍合金锭(Fe100-xNix,x=30,45,60)冷拉至细丝后并进行900℃高温退火。
3) Ni-Fe alloy
镍铁合金
1.
The relationship between coating microstructure and electromagnetic properties of electroformed Ni-Fe alloys was studied.
研究了电铸镍铁合金制备过程中工艺条件对电铸层成分的影响,获得含铁质量分数20%电铸层的最佳工艺条件为镀液硫酸亚铁含量6g/L、pH值2。
2.
In this paper,the nanocrystalline Ni-Fe alloys were prepared by electrodeposition technique,The research work about the processing parameter(birghtener,current density,temperature,electrodeposition,pH value) have influence on micromorphology and microhardness.
本论文通过电沉积的方法制备纳米晶镍铁合金镀层,主要研究了光亮剂、电流密度、温度、pH值等工艺参数对镍铁合金镀层表面微观形貌及显微硬度的影响。
4) FeNi alloy
铁镍合金
1.
FeNi-Cu complex wire having giant magnetic impedance effect(GMI) have been produced by pulse electrodeposing FeNi alloy over cylindrical Cu substrates.
采用脉冲电沉积工艺在直径为200μm的铜丝表面沉积铁镍合金镀层,形成具有同轴电缆结构的巨磁阻抗复合丝材料。
5) nickel iron alloy
镍铁合金
1.
Based on the conception of using nickel iron alloy as bond of electro-deposited tools, the depositing process of the alloy is studied.
基于将镍铁合金用作电沉积工具结合剂的构想,对镍铁合金的电沉积工艺进行了研究,分析了镀液温度以及电流密度对沉积层性能的影响,对各参数进行了初步优化,为镍铁结合剂金刚石工具的研制提供了理论依
2.
The results show the drill with the nickel iron alloy bond to have higher cutting efficiency and wear resistance than those wit.
研制了适用于SiO2 先进工程陶瓷加工的新型电沉积金刚石套料钻 ,其结合剂为镍铁合金。
6) Ni Fe alloy
镍铁合金
1.
An orthogonal regression experiment was conducted using 4 key process parameters, such as concentration of nickel sulfate, concentration of ferrous sulfate, current density and temperature, which have greater influence on the deposit composite of Ni Fe alloy.
选择对镍铁合金镀层组成影响较大的硫酸镍浓度、硫酸亚铁浓度、电流密度、温度等 4个工艺参数进行正交回归实验 ,用电镜扫描分析法测得镀层铁含量 ,求出了回归方程 ,数理统计分析表明回归方程可靠适用。
2.
This paper analyzes operation process of high magnet conductive loop Ni Fe alloy coil under square wave voltage.
分析了高导磁环形镍铁合金线圈在方波电压下的工作过程 ,论证了这种线圈构成的电压传感器有极快的响应时间 ;介绍了该系列电压传感器的主要技术参数以及运用情况。
补充资料：钨铁电炉出铁(吉林铁合金厂)
钨铁电炉出铁(吉林铁合金厂)
吻 他排由帕中桩了士朴屏人乙曰“
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条