Hadfield steel
英
美 [ˈhædˌfild stiːl]
n. 哈德菲尔高锰钢
双语例句
- Some experiments with deep hot rolling and cold rolling combining heat-treatment were carried out on the cast Hadfield steel through the ordinary rolling equipment.
利用常规轧制设备，采用热轧与冷轧及热处理相结合的方法，对铸态高锰钢进行了可控轧制处理。 - Study on Explosive Hardening of Hadfield Steel Rail Frogs
高锰钢整铸辙叉爆炸硬化实践与研究 - Comparison of Work Hardening Behaviors of 18-8 Stainless Steel and Hadfield Steel by Two Methods
两种方法分析高锰钢和18-8不锈钢加工硬化行为的对比 - The Development of Mn Alloy Steel and Super Hadfield Steel Castings
锰钢的发展与超级高锰钢铸件 - Fabrication and Application of Hadfield Steel Carbon Steel Bimetals BURDEN SCHEME OF MAKING HADFIELD STEEL WITH INDUCTION FURNACE
高锰钢-碳钢复合板的制造和应用感应炉熔炼高锰钢的配料方案研究 - Using cumulate-welding technology, a layer of WC hard metal was compounded on the matrix surface of hadfield steel, and high wear resistance and high toughness WC/ Mn13 composites was successfully fabricated.
采用堆焊工艺在高锰钢的基体表面复合上一层WC硬质合金材料，获得了一种具有高耐磨性和高韧性的复合材料。 - On the enhancement of fatigue resistivity of Hadfield steel casting frog
论提高高锰钢辙叉疲劳抗力的途径 - Microstructure and Properties of Hadfield Steel After Deep Rolled
深度轧制高锰钢的组织演变及性能研究 - Effect on impact wear properties of hadfield steel by means of surface nanocrystallization;
表面纳米化对高锰钢在不同冲击载荷下耐冲击磨损性能的影响； - Its impact toughness is much higher than high chromium white cast iron and its wear resistance is 3~ 4 times higher than traditional Hadfield steel. This kind of material can be used practically as-cast.
它的韧性比高铬铸铁有较大提高，抗磨性是高锰钢的3～4倍，可在铸态下使用。 - Effect on properties of hadfield steel after shot peening treatment;
喷丸处理诱导高锰钢表层纳米化对高锰钢性能的影响； - The investigation was involved: ( 1) microstructure and properties of Hadfield steel by severe rolling technique;
系统研究了：（1）深度轧制条件下高锰钢的组织演变及其性能变化； - The explosive welding of Hadfield steel to structural steel was introduced in this paper, including principles, parameters and conditions of surface treatment, properties of explosives and base metals, preparation of materials for explosive welding.
介绍了一种高锰钢与结构钢的爆炸焊接工艺，包括表面处理方法、表面处理参数及条件、所采用的炸药和复合板的性能、爆炸焊用材料的准备。 - The result showed that it needed conditions to improve the three-bodies abrasive wear capability of Hadfield steel under severe rolling.
而在软磨料磨损条件下，耐磨性明显高于非轧制态，说明轧制对提高高锰钢的耐三体磨料磨损性能是需要条件的。 - The traditional materials 'abrasive wear mechanism was mostly the fatigue spalling of material on the surface of abrasion due to the role of grain, while the Hadfield steel matrix's abrasive wear mechanism was caused by fatigue wear from repeated plasticity deformation.
三体磨料磨损试验表明，高锰钢堆焊复合材料与传统耐磨材料相比表现了较好的耐磨料磨损性能，其磨损机理主要是以磨粒对磨损表面材料重复作用应力产生的疲劳剥落为主； - The structure and properties of suspending cast Hadfield Steel
悬浮铸造高锰钢的组织与性能研究 - THE PLASTIC BENDING TEST OF HADFIELD STEEL Alternating Bending Fatigue of High Purity Titanium
高锰钢塑性冷弯试验的研究高纯钛的反复弯曲疲劳 - Two kinds of sheet explosive for explosive Hardening were developed, and the explosive hardening of Hadfield steel railway frogs was carried out.
研制出两种适合于爆炸硬化的板状炸药，并具体应用于高锰钢整铸辙叉的表面硬化。 - A Study on Vanadium-Alloying Hadfield's Steel high performance/ cost ratio.
钒合金化高锰钢的研究性能价格比高。 - By means of HREM, a possible mechanism of strain-induced nanocrystalline in the worn surface of hadfield manganese steel under high impact energy was investigated;
利用高分辨电子显微术，对高能冲击接触加载下高锰钢摩擦表面塑变诱导纳米晶生成机制进行了研究。 - The way to improve the lifetime of the Hadfield steel crossing is to improve its intrinsic quality, to increase its initial hardness and to improve its work-hardening ability.
提高高锰钢辙叉使用寿命的途径是提高其内在质量、增加其初始硬度以及改善其加工硬化能力。 - In the laboratory a high-temperature tube furnace was used to study the experimental parameters of pure Hadfield steel, the Hadfield steel liquid was refined by blowing nitrogen and compound modification approach. Based on the results, the manufacturing technology of the pure Hadfield steel crossing was studied.
在实验室高温管式炉中，利用吹氮和变质复合处理方法对高锰钢钢液进行精炼处理，在此结果的基础上，研究纯净致密高锰钢辙叉的制造工艺技术。 - Under the rolling contact stress for the Hadfield steel crossing, the formation mechanism for the fatigue crack is a lot of vacancy gathering and combining to form microporous. Then a large number of microporous connect to form cracks.
高锰钢辙叉承受滚动接触应力作用下，疲劳裂纹的形成机制是大量的空位聚集、合并形成微孔，大量的微孔连接形成裂纹。