nickel-iron alloy

Study on Depositing Process of Nickel-iron Alloy for Electro-deposited Tools

用于电沉积工具的镍铁合金结合剂工艺研究

Laser Chemical Etching of Nickel-Iron Alloy in Sodium Nitrate Solution

铁镍合金在硝酸钠溶液中的激光化学刻蚀

Nickel-iron alloy particles can segregate on the carbon surface and rough surface of silicate. The growth of particles was easy on the carbon surface, but on the surface of silicate particles, it was very difficult.

镍铁合金颗粒可以在碳表面和粗糙的硅酸盐表面离析，在碳表面离析的合金颗粒容易长大，而在硅酸盐表面离析的颗粒难以长大。

Magnetic torque studies of the anisotropy of a grain oriented nickel-iron alloy

晶粒取向镍&铁合金各向异性的磁转矩法研究

Spectrophotometric Study of the Composition of Nickel-Iron Alloy in Electro-deposited Films

铁镍镀层中铁镍组成的紫外-可见分光光度分析法

Extracting high-purity nickel oxide from a kind of scrap containing nickel named nickel-iron alloy was mainly studied in this paper.

本文主要研究了从一种镍-铁合金的含镍废料中提取高纯度的氧化镍，并综合利用含镍废料中的铁研制铁系颜料。

Performance of Electro-deposited Diamond Core-drill with Nickel-iron Alloy Bond

镍铁结合剂电沉积金刚石套料钻的性能研究

Electrodeposition of bright minicrystal nickel-iron alloy foil

光亮微晶态镍铁合金箔电沉积

Study of functional thick nickel-iron alloy plating

功能性超厚镍铁合金电镀工艺的研究

The nickel and iron were selected to be original material. A multilayer structure metal film has been schemed out. This structure enhanced the interface between the films and formed nickel-iron alloy layer, thus largely increasing the temperature coefficient of the resistance.

选择镍和铁作为金属膜材料，设计了金属膜的多层状结构，此结构能够增强膜的界面效应，同时使镍铁层间形成合金层，从而对电阻温度系数的提升有重要作用。