铁素体耐热钢

根据国外的经验，开发新型铁素体耐热钢和奥氏体不锈钢对超（超）临界锅炉的材料将起到重要的作用。

According to the foreign experiences it is important to develop new ferritic heat-resistant steel and austenitic stainless steels used for supercritical ( ultra - supercritical ) boilers .

此外，由于高Cr铁素体耐热钢具有出色的抗辐照性能，其还是核电站结构部件的候选材料。

Additionally , they are also the potential candidate for structural steel in nuclear reactors because of its outstanding irradiation resistance .

对火力发电锅炉用高Cr铁素体耐热钢焊接材料及其近来趋势做了概述。

This paper outlines welding consumables of high Cr ferritic heat resistant steels used for steam power boilers and its recent trend .

得出结论如下：（1）对自行研发的新型高Cr铁素体耐热钢进行了组织分析和力学性能测试。

Results as following : ( 1 ) Microstructural analysis and mechanical properties testing of the modified high Cr ferritic heat-resistant steels was carried out .

新型高Cr铁素体耐热钢的正火组织主要由高密度位错的马氏体板条和少量的δ-铁素体组成。

The normalized microstructure of the modified high Cr ferritic heat-resistant steels is composed of martensitic laths with high density dislocation , and a small quantity of δ - ferrite .

409L铁素体耐热钢的制备和研究

Preparation and Investigation of 409L Ferrite Refractory Steel

成功研制了409L铁素体耐热钢，通过对其工艺和性能的分析研究，表明409L铁素体耐热钢具有良好的冷热加工性；

The 409L ferrite refractory steel has been developed successfully . The investigation on its process and performance shows that 409L ferrite refractory steel has good hot-working property and cold working property and excellent weldability .

新型铁素体耐热钢抗氧化性研究

Study of Oxidation Resistance of New Ferritic Heat Resistant Steel

铁素体耐热钢的组织与持久强度的研究

Study on creep rupture strength and microstructure of ferritic heat resisting steels

超高临界压发电厂锅炉管用铁素体耐热钢的发展现状与研究前景

Development and Investigation of Ferritic Heat Resistant Steels for Boiler Tube of the Advanced Power Plants

合金元素对10%Cr铁素体耐热钢持久强度的影响

Effect of alloying elements on creep rupture strength of 10 % Cr ferritic heat resistant steel

研究了钼、钒、铌对10%Cr铁素体耐热钢持久强度的影响。

The effect of Mo , V and Nb on creep rupture strength of 10 % Cr ferritic heat resistant steel has been studied .

9%Cr铁素体/马氏体耐热钢的组织演化和强度退化研究

Study on the Microstructural Evolution and Strength Degradation of 9 % Chromium Ferritic / Martensitic Heat Resistant Steels