铁碳合金

本文研究了在普通砂型条件下，低频振动使铁碳合金凝固组织的影响。

Effect of low freqency vibration on solidified behavior of ferro-carbon alloy was inspected in sand-mold Casting .

对纯铜、铁碳合金和钨合金经行了不同实验参数的脉冲电流处理研究和理论分析。

The effects of copper , iron carbon alloy and tungsten alloy through a series of different parameters on pulsing current treatment are analyzed .

高碳化物铁碳合金的磨粒磨损性能研究

Abrasive Wear Properties of Fe-C Alloys with Large Amounts of Carbides

关于铁碳合金相图教学方法的探讨

About the Discussion of The Iron-Carbon Alloy Phase Diagram Teaching Method

铁碳合金组织转变过程的动态显示技术

The Dynamic Display Technology in the Procession of Iron-carbon Alloy Tissue Conversion

铁碳合金相图分析

An Analysis of the Equilibrium Diagram of the Iron Carbon Metal Alloy

铁碳合金相图的计算机处理技术

The Processing Technology for Iron Carbon Phase Diagram with Computer

石墨铸型在抗磨铁碳合金生产中的应用

The application of graphite mold in producing wear resistant iron & carbon alloys

铁碳合金中的蝶状马氏体

Butterfly Martensite in Ferro & Carbon Alloys

介绍了过热盐水溶液蒸汽处理铁碳合金的化学热处理新方法。

A new method of chemical heat treatment of iron-carbon alloys with overheated salted vapour aqueous solutions is introduced .

本论文中，我们发现两种新颖的催化金属镍钯及铁碳合金适合在低温下成长奈米碳管。

In our study , two novel catalysts NiPd and FeC were discovered for CNT growth at low temperature .

铁碳合金作为主要金属用材，在各个行业得到了广泛的应用，并具有其不可替代性。

Meanwhile iron-carbon alloy material as the main metal used in various industries has been widely used and has its irreplaceable .

采用光束镍基合金粉末堆焊可在铁碳合金表面获得与基体冶金结合良好、无裂纹、轻度稀释的强化层。

The results showed that the light beam Ni-based alloy powder surfacing layer can metallurgically bond with the Fe-C alloy substrate .

在冲击高压下，工业用铁碳合金中的稳定和亚稳定相会发生一系列变化。

In commercial iron-carbon alloys a series of stable and metastable phase trans - formations usually occur under a high shock pressure .

最后讲述了珠光体生长的台阶机制及一些非铁碳合金的共析组织。

At the last , the steps mechanism of pearlitic growing and some eutectoid structures of non Fe-C alloys are pointed out .

通过试验确定了过热盐水溶液饱和汽体化学成分与热力学关系和铁碳合金表面氧化膜形成过程。

The chemical composition of saturating environment based on salted overheated aqueous solutions relative to thermodynamics and chemical processes during formations coatings on iron-carbon alloys were determined by tests .

并试图在研究固态纯铜及铁碳合金的基础上，深入地研究高密度电脉冲处理高比重合金技术来代替传统热效应退火的新方法。

On the basis of studying copper and iron carbon alloy , we research deeply about the new processing technology for heavy alloy with the high current density electropulsing .

该项研究描述了铁碳合金中魏氏组织和马氏体的形成，所用合金具有宽的碳含量范围，热处理时采用的冷却速率范围也是宽的。

The research describes the formation of Widmanstatten structure and martensite in iron-carbon alloys possessing a broad range of carbon contents and heat treated using a broad range of cooling rates .

通过分析铁碳合金相图的主要特性点和主要特性线，解决了金属工艺学教学与研究中的重点和难点问题。

The analysis of the main characteristic order and line of the iron carbon metal alloy equilibrum diagram resolves the problems and points in the teaching and researches of " the metals craft learning " .

这种教学方法将铁碳合金基本相与铁碳合金相图结合起来分析，提高学生分析和理解相图的能力，在多年的实践教学过程中取得的良好效果。

The teaching way to combine the iron-carbon alloy basic phase with the iron-carbon alloy phase diagram improves the students ' capability of analyzing and understanding the iron-carbon alloy phase diagram and gets a good effect in practice .

磷在硅酸钠炉渣和铁&碳合金间的分布

Phosphorus Partition between Soda-Silica Slags and Fe-C Alloys

铁水的渗碳和铁碳铬合金的铸态组织与性能

Melt Carbonization and the Structure and Properties of as Cast Fe C Cr Alloy

铁碳钼合金贝氏体转变不完全现象的研究

A study of the incomplete phenomenon of bainite transformation in a low carbon fe-c-mo alloy

铁碳硼合金中硬相的形成方式、相对量及晶格常数的研究

A Study of Hard Phase Formation Mechanism , Relative Amount and Crystal Lattice Coefficient in Fe-C-B Alloy

采用X射线衍射，透射电镜等测试手段，对硅脆的临界硅含量前后的铁－碳－硅合金的硅脆机理进行了探讨。

The mechanism of silicon brittleness in Fe C Si alloys in the vicinity of critical silicon content of silicon brittleness has been investigated by using X ray diffraction , TEM and other test methods .

铁-碳-硅合金的硅脆与硅的偏析

The Silicon Brittleness and Its Segregation in Fe C Si Alloys

铁-碳-硅合金的硅脆机理探讨

An Approach to the Mechanism of Silicon Brittleness in Fe C Si Alloys

电子束扫描制备铁-铬-碳合金层热处理前后组织与硬度的变化

Microstructure and Microhardness Change of Fe-Cr-C Alloy Layer Prepared by Electron Beam Scanning before and after Heat Treatment