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- Borides were distributed in the shape of continuous net in the structure of high boron iron-base alloy. 基体随着添加元素的种类和数量不同而有所不同，硼化物在组织中呈连续网状分布。
- High boron iron-base alloy is a new kind of wear-resistant material, which takes borides as wear-resistant phases. 高硼铁基合金是一种以硼化物为耐磨相的新型耐磨材料。
- The influence of rare earth, titanium and nitrogen on the structures and properties of high boron alloy steel was researched. 研究了稀土-钛-氮复合变质处理对高硼合金钢组织和性能的影响。
- As copper can not react with boron and dissolve in borides in high boron iron-base alloy,it can play a great role of increasing hardenability. 在高硼铁基合金中,铜不与硼反应,而且不溶于硼化物中,可以充分发挥其增加淬透性的作用。
- Abstract : High boron iron-base alloy is a new kind of wear-resistant material, which takes borides as wear-resistant phases. 摘要 ： 高硼铁基合金是一种以硼化物为耐磨相的新型耐磨材料。
- High boron iron-base alloy is a new kind of wear-resistant material,which takes high hardness and brittle eutectic borides as its wear-resistant phases. 高硼铁基合金是一种新型的耐磨材料,其特点是以组织中硬脆的共晶硼化物作为材料的耐磨相。
- The reduction in wear rates and friction coefficients of the composites at high sli- ding speed of 9.4m/sec with respect to the matrix alloy wear was attributed to the strong graphite-matrix interracial bond of the composites prepared by the new method. 本文认为新工艺制造的复合材料在9.;4米/秒的高速摩擦时摩擦系数和磨损量下降是由于石墨与基体界面结合良好。
- Study of New Type High Boron Alloy Steel 新型高硼合金钢的研究
- Effect of RE-Mg on High Boron Iron-Base Alloy 稀土镁对高硼铁基合金的影响
- All Metal Matrix Composites (MMCs) were fabricated at high temperature near the melting point of matrix alloys. 金属基复合材料都要在基体合金熔点附近的高温下制备。
- High boron alloy steel containing rare earth, titanium and nitrogen is used to produce the crusher hammer, its abrasion resistance is 220% - 250% higher than that of high manganese steel. 含稀土 -钛-氮的高硼合金钢用于制造破碎机锤头,使用安全可靠,耐磨性比高锰钢提高220%25-250%25,且生产成本相当。
- The Influence of quenching temperature on wear resistance of high boron casting steel was investigated. 研究了不同的淬火温度对高硼铸钢冲击耐磨性的影响。
- Compared with matrix alloy,the mechanical properties of composites are improved due to the incorporation of glass particles. 与合金基体相比,复合材料的硬度和抗拉强度得到提高,摩擦性能优于合金基体。
- high boron middle-carbon wear-resistant alloy 高硼中碳耐磨合金
- The hammer made from high boron cast steel is difficult to be scratched and broken down by crushi... 使用高硼铸钢锤头,使材料消耗降低,减少了更换次数,提高了生产作业率。
- Test results: 1) Cast structures of high boron cast ferroalloy consist of ferrite, pearlite and boride.Boride is reticular Fe2B. 试验结果表明：1）高硼铸造铁基合金的凝固组织由铁素体、珠光体及硼化物组成，硼化物为Fe2B，呈网状分布，且随着碳、硼含量的增加，铁素体数量减少，珠光体数量增加，硼化物数量增加。
- The SEM observation of wear surface and subsurface showed that the wear mechanism of both 6A02 matrix alloy and Al matrix material includes adhesive wear and grinding-particle abrasive wear. 对磨损表面和亚表面的SEM观察表明,基体及铝基材料的磨损机制均为粘着磨损和磨粒磨损。
- Application of High Boron Cast Alloy to Lining Plate of Mixer 高硼铸造合金在搅拌机衬板上的应用
- Alumina or aluminosilicate fibers reinforced Al Si alloy matrix composite have more excellent synthetical properties at elevated temperature than the matrix alloys. 氧化铝或硅酸铝短纤维增强铝基复合材料比基体材料有更优异的高温综合性能。
- Effect of Copper on Properties of High Boron Iron-Base Alloy 铜对高硼铁基合金性能的影响
