脆性往往是合金化的一种结果。
研究了球磨条件对合金化的影响。
并对锌层合金化退火工艺进行了阐述。
The alloying annealing process of zinc layer is also described.
针对合金化渗氮的组织性能进行了研究。
阐述了中国开发含钒微合金化钢的前景。
The prospects for the development of vanadium microalloyed steels in China were described.
对微合金化高锰钢衬板断裂原因进行了分析。
The fracture reasons of lining plate of microalloying high Mn steel have been analyzed.
介绍了镁合金表面合金化及电泳涂装工艺流程。
The process flows of magnesium alloy surface alloying and electrophoretic coating were introduced.
简要介绍了铸件表面合金化的基本情况和应用。
The surface alloying of castings and its application are introduced briefly.
由于其含有金属键，也可以采用固溶体合金化。
It can also be strengthened by solid alloying for its partial metallic bonds.
论述了在铝活塞激光表面合金化中试线的研究。
The laser surface alloying of Al piston intermediate test producation line was studied.
对H 13钢穿孔顶头进行了稀土铝合金化研究。
讨论了镁合金表面合金化的工艺配方及其操作步骤。
Process formula and operation steps of magnesium alloy surface alloying were discussed.
目的观察不同金属之间焊接后熔焊区组织合金化情况。
Objective To observe the structure alloyage in the fusion zone of different metals welded by laser.
最后对工具钢合金化及热处理质量控制问题进行了介绍。
Finally on tool steel alloying and heat treatment quality control problems were introduced.
综述了机械合金化的原理、设备和特性及其对材料的影响。
The mechanism, equipments and feature of mechanical alloying technology were introduced briefly.
由激光合金化获得的接触电阻率可与热合金化的最佳值相比。
The specific contactresistances achieved by laser irradiation can be compared with the best results obtained by thermal alloying.
介绍了钒在低、微合金化钢中的作用以及钒微合金化钢的重点产品；
The role of vanadium in low and microalloyed steels and the main products of vanadium microalloyed steels were introduced.
控制轧制可采用合金化、控制加热工艺、轧制工艺和控制冷却来实现。
Controled rolling USES alloying, controled heating technology and rolling technology and controled cooling.
铸造涂料：扩大和加强转移涂料、表面合金化涂料的应用领域和机理研究。
The casting coatings: expand and strengthen the transferred coating, surface alloying paint application fields and its mechanism.
描述了机械合金化的过程和机理，并对机械合金化采用的设备进行了介绍。
The theory and process of mechanical alloying were described and the adopted apparatuses were introduced.
概述了钛微合金化在低合金高强钢中的工业应用进展、难点及可能的研究方向。
The developments of industrial application in HSLA steel, difficulty and potential research directions of titanium micro alloying were also analyzed.
简要介绍了双层辉光等离子表面合金化设备的类型、组成、功能、结构、原理等。
The type, constitutes, function, structure, principle of double glow plasma discharge alloying process equipment for surface was briefly introduced.
本文分析了轧制温度、终冷温度、冷却速度以及微合金化对钢筋组织、性能的影响。
The influence of rolling temperature, final cooling temperature, cooling speed and micro-alloying on microstructure and properties were investigated.
作为合金元素加入钢中可使钢合金化，增加钢的强度、硬度、延展性、韧性和耐磨性等。
As an alloy element, silicon manganese can alloy the steel, strengthen the intensity, hardness, malleability toughness and wearability of the steel.
对钢包内吹气增氮和合金化增氮进行比较，认为钢包吹氮是一种比较经济、可取的方式。
Compared blowing nitriding to ladle with alloying nitriding, the blowing nitrogen to ladle is thought to be a economic and advisable method.
合金化热镀锌钢板的成形性既取决于基体钢板的特性，也决定于镀层本身的成分和结构。
The formability of galvannealed steel plate depends on both the character of the substrate and the nature of the coating.
本文介绍了利用微机进行电炉炼钢合金化优化计算及其决策分析的数学模型和应用实例。
In this paper the mathematical pattern and its application of the optimum calculation and decision analysis for Alloying of electric furnace steelmaking are presented with ex-samples.
本文介绍了利用微机进行电炉炼钢合金化优化计算及其决策分析的数学模型和应用实例。
In this paper the mathematical pattern and its application of the optimum calculation and decision analysis for Alloying of electric furnace steelmaking are presented with ex-samples.
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