硅钢

环氧酚醛硅钢片清烘漆

Epoxy phenol-formaldehyde baking silicium steel sheet varnish

硅钢解理断裂韧性K（Ic）与温度的关系

On the temperature dependence of cleavage fracture toughness of silicon steel

Cu在高磁感取向硅钢中的作用

The role of copper in a high induction grain oriented silicon steel

硅钢片焊接工艺PLC控制系统

PLC Control System for Welding Process in Silicon Steel

高磁感取向硅钢中微观结构与抑制剂质点的TEM观察

TEM Observation of Microstructures and Inhibitor Particles in High Induction Grain Oriented Silicon Steels

微量Ti对冷轧无取向硅钢片磁性的影响

Effect of trace amount of titanium on the magnetism of cold rolled nonoriented silicon steel sheet

Sn对高磁感取向硅钢抑制剂强度的贡献

Effect of Sn on inhibitor intensity in high induction grain-oriented silicon steels

微量Sn在高磁感取向硅钢中的晶界偏聚

Grain boundary segregation of trace Sn in high induction oriented silicon steel

激光照射TiN镀膜硅钢片降低铁损的研究

Research on core loss of grain orientation silicon steel sheet with TiN coated by pulse laser irradiation

耐受Franklin烧损的半无机硅钢片漆的研究

Development and Application of Semi-organic Punching Paint to Withstand Franklin Burning-off

铸坯加热温度和Mo对高磁感取向硅钢第二相析出形态的影响

Influence of Slab Heating Temperature and Mo on Precipitation Morphology of Second Phase in High-Induction Grain-Oriented Silicon Steels

武钢硅钢SVC的研制与实际效果的评价

Research and practical effect assessment of SVC in silicon steel of WISCO

Sn或Sb对高磁感取向硅钢组织和磁性的影响

Effect of Sn or sb on structure and magnetic properties of high induction oriented silicon steel

P，Al，Cu为钢中的主要杂质元素，但适量P可提高硅钢的防锈能力。

P , Al and Cu are main impurity elements in silicon steel , but suitable content P in steel can improve the antirust capability of silicon steel .

研究了高磁感取向硅钢中C、Mn含量对磁性和板坯加热温度的影响。

The effect of carbon and manganese in high induction grain-oriented silicon steel on the magnetic properties and the heating temperature of slabs have been investigated .

WD硅钢织构参数与其磁感应强度的关系

Relationship Between Texture Parameter and Magnetic Induction of WD Silicon Steels

研究脉冲激光照射对镀有TiN陶瓷应力薄膜的硅钢片，细化磁畴、降低铁损的影响效应。

The effects on fining domain and reducing core loss of grain orientation silicon steel sheet with TiN coated by pulse laser irradiation are investigated .

PCVD法制6.5%Si电工钢的研究PCVD法制作高硅硅钢片的研究

Research on 6.5 % Silicon Steel Sheet Produced by PCVD Technique

高硅钢的PCVD制造工艺及其电磁性能

PCVD Process for Producing High Silicon Steel and Its Electromagnetic Properties

电炉CSP工艺开发无取向硅钢热带钢的技术可行性探讨

The Feasibility Discussion on the process of EAF - CSP exploiting non - orientation Si steel hot rolled strip

在铜及硅钢上镀覆非晶态Ni-P合金后，低频磁屏蔽效能提高。

Coating the copper and silicon steel with Ni-Fe and Ni-P alloy can improve the magnetic shielding efficiency at low frequency .

武钢硅钢SVC的研制与补偿效果分析

Research and Compensation Effect Analysis of SVC Device Used in Silicon Steel Production Line of Wuhan Iron and Steel Company

EBSD研究取向硅钢晶粒取向和晶界结构

EBSD analyses on grain orientation and grain boundary structure of grain-oriented silicon steel

OP-10在硅钢涂层丙烯酸酯乳液中的应用

Application of OP-10 in acrylic emulsion for coatings on silico-steel

无取向硅钢晶粒与晶界特征的EBSD分析

Analysis of the characteristics of grains and grain boundaries in the non-oriented steel by EBSD

指出多晶X射线衍射技术测算的织构系数不宜直接用于取向硅钢磁性计算，应以拟合织构系数取代。

It was also shown that , instead of the experimental texture data obtained with X-ray diffraction technique , the fitted texture coefficients according to a Gaussian distribution model should be used in calculation .

采用该系统的ICP-AES摄谱法、分析硅钢中微量可溶铝，实际达到的分析下限为0.001%。

The practicable inferior limit of analysis is 0.001 % , when ICP-AES with the system is used for analysing trace soluble aluminum in silicon steel .

本文介绍了3.25%硅钢冷轧生产中的MIG焊接和TIG焊接接头的脆性问题。

One of the main problems encountered during the production of cold-rolled 3.25 % silicon steel was the embrittlement of MIG and TIG weld joints .

产品的范围将包括碳钢、HSLA钢、硅钢以及现代复相钢。

The range of products will include carbon steel , HSLA steel , silicon steels and modern multiphase steels .

采用透射电镜观察了铸坯加热温度和Mo对高磁感取向硅钢（Hi－B钢）析出第二相质点（硫化物＋AlN）的影响。

TEM observations were made of the influences of slab heating temperature and Mo on precipitated second phase particles ( sulfide and AlN ) in high induction grain-oriented silicon steels ( Hi-B ) .