non-metallic inclusion
英 [ˈnəʊn məˈtælɪk ɪnˈkluːʒn]
美 [ˈnoʊn məˈtælɪk ɪnˈkluːʒn]
网络 非金属夹杂物; 非金属之介在物; 非金属夹杂
双语例句
- It is suggested that the different effects of non-metallic inclusion on the fatigue fracture behaviors of the tested steels with different microstructures are the main reason for the above results.
对于铁素体+珠光体组织和均匀调质组织，非金属夹杂物对疲劳破坏行为的不同影响是上述实验料疲劳性能差异的主要原因。 - In modern external refining, the most important metallurgical reaction is carried out in ladle, including desulfuration, deoxidation, decarbonization, alloying, alloy composition trimming, degassing, removal of non-metallic inclusion, modification treatment and temperature control.
现代炉外精炼中最重要的冶金反应大多都是在钢包中进行的，包括脱硫、脱氧、脱碳、合金化、合金成分微调、脱气、去除非金属夹杂和变质处理及温度控制。 - The results show that the matrix composition of large-section prehardened-mould steel for plastic markedly influences the precipitation of non-metallic inclusion and the control of composition aided by Thermo-calc software package minimizes the amount of detrimental oxide inclusion.
结果表明，大截面预硬型塑料模具钢的基体成分显著影响非金属夹杂物的析出，并且利用Thermo-calc计算软件控制成分可以显著降低有害氧化物夹杂的含量。 - Study of removal of non-metallic inclusion after liquid steel being heated CHEMI-CALLY in silicon alloys
用硅系发热剂化学加热后钢液中非金属夹杂物的研究 - Effect of SiO_2 Non-Metallic Inclusion on Micro-Mechanical Behavior of Nickel-Base P/ M Superalloy
SiO2非金属夹杂物对镍基粉末高温合金微观力学行为的影响 - Coagulation Behavior of Micro-Sized Non-Metallic Inclusion in Molten Metal Processed by Ultrasound
超声波作用下金属液中微小夹杂物的凝聚过程 - The amount, size and distribution of non-metallic inclusion in different positions of hard wire steel with different diameters were investigated by optical microanalysis.
采用光学显微分析法在不同直径硬线钢的不同部位，分析了非金属夹杂物的数量、大小和分布特征。 - Observations carried out by SEM showed that some defects existing on the wire surface and non-metallic inclusion was found on the fracture surface.
扫描电镜观察表明，微丝表面局部存在缺陷，而断口观察发现有非金属夹杂物存在； - The results show that the fatigue fracture is caused by exceeded-quota sulphur and non-metallic inclusion enrichment in crack initiation, which induces stress concentrator in application.
表面裂纹源处存在夹杂物富集现象，在使用时引起应力集中，从而导致其疲劳断裂。 - The effect of the deformability, amount, size, shape and distribution of non-metallic inclusion, as well as spring surface defects, decarburization and surface treatment on fatigue property of high strength spring steel is reviewed in detail in this paper.
详尽地论述了非金属夹杂物的变形率、数量、尺寸、形状和分布以及表面缺陷、脱碳和表面处理对高强度弹簧钢疲劳性能的影响。