1) T92 heat resistant steel
T92耐热钢
2) T92 steel
T92钢
1.
Through hardness test, impacting test, SEM of failure surface and microstructure observation, the relationship between the toughness and its microstructure of welding joint of T92 steel was studied.
通过硬度试验、冲击试验、断口扫描和金相组织观察,研究了T92钢焊接接头的韧性与组织的关系。
2.
By impact testing,scanning electron microscope(SEM) of fracture surface and optical microscopy of microstructure,the effect of gas tugnsten-arc welding(GTAW) /shielded metal-arc welding(SMAW) on toughness of welding joint of T92 steel was studied.
通过冲击试验、断口扫描和金相组织观察,研究了GTAW和GTAW/SMAW两种焊接方法对T92钢焊接接头韧性的影响。
3.
The microstructure and mechanical property of T92 steel post welding has been studied through stimulating work condition.
通过模拟现场热处理工艺,研究了T92钢焊接接头在不同回火温度下的组织和性能。
3) T92 ferritic steel
T92铁素体钢
1.
Careful experimental study on T92 ferritic steel rigidity change after high temperature aging is conducted.
针对T92铁素体钢高温时效后的硬度变化进行了详细的实验分析研究,归纳了硬度变化的原因,并结合实验数据,根据硬度法外推出T92钢的大致蠕变寿命,认为T92钢能够满足超超临界机组600～650℃温度环境下的使用要求。
2.
Directing against hardness variation of T92 ferritic steel after aging under high temperature,a test analysis has been carried out.
为了研究T92铁素体钢在高温时效后的硬度变化,对其在温度700℃、725℃和750℃下进行了时效试验,结果表明,随温度的提高和时间的延长,T92钢的硬度会逐渐下降,时效温度是硬度变化的主要影响因素;硬度的降低会加剧材料蠕变寿命的损耗。
4) heat-resistant steel
耐热钢
1.
Electrolytically activated hot-dip and diffusion-treated aluminizing layers on the CrNiNRE austenitic heat-resistant steel;
CrNiNRE奥氏体耐热钢的电解活化热浸扩散渗铝研究
2.
Oxidation resistant property of austenite heat-resistant steel replacing Ni by Mn and N;
以Mn、N代Ni奥氏体耐热钢的高温氧化
3.
Valence electron theory analysis of service temperature of low alloy heat-resistant steel in common use;
常用低合金耐热钢使用温度的电子理论分析
5) heat resistant steel
耐热钢
1.
Determination of larson-miller parameter for 15CrMo heat resistant steel and its application;
15CrMo耐热钢Larson-Miller参数值的确定与应用
2.
Determination and verification of Larson-Miller parameter for pearlitic heat resistant steel 12Cr1MoV;
珠光体耐热钢Larson-Miller参数的确定与验证
3.
Investigation on the microstructure of Fe-0.06C-12Cr-1.9W-0.5Mo-3.0Co-VNbN heat resistant steel;
Fe-0.06C-12Cr-1.9W-0.5Mo-3.0Co-VNbN耐热钢的显微组织分析
6) P91heat-resistant steel
P91耐热钢
补充资料：奥氏体耐热钢
分子式：
CAS号：
性质：显微组织为奥氏体的一类耐热钢。高温强度比珠光体和马氏体耐热钢要高，工作温度可达700℃左右。以18Cr-8Ni为基础的奥氏体不锈钢，高温强度也很优良，所以也作耐热钢使用。这些钢主要是为超临界压锅炉的过热器管而开发的，使用温度高于650℃。典型的奥氏体耐热钢有：1Cr18Ni9Ti钢，4Cr14Ni1W2Mo钢，SUH31钢，SUH309钢，310钢和SUH661钢。
CAS号：
性质：显微组织为奥氏体的一类耐热钢。高温强度比珠光体和马氏体耐热钢要高，工作温度可达700℃左右。以18Cr-8Ni为基础的奥氏体不锈钢，高温强度也很优良，所以也作耐热钢使用。这些钢主要是为超临界压锅炉的过热器管而开发的，使用温度高于650℃。典型的奥氏体耐热钢有：1Cr18Ni9Ti钢，4Cr14Ni1W2Mo钢，SUH31钢，SUH309钢，310钢和SUH661钢。
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参考词条