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造船钢板
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  ship plate
     Based on the practical problem of the low-temperature impact toughness usually less than the standard requirement after hot rolling in producing 4C ship building plate, this article has studied the effect of technological parameters in rolling on the average diameter (d) of the ferritic grains of 4C ship plate after rolling;
     本文针对武钢轧板厂热轧4C造船钢板低温冲击韧性有时达不到标准要求值这一生产实际问题,研究了控制轧制各主要工艺参数对4C船板铁素体晶粒平均直径的影响及其脆性转化温度与轧后铁素体晶粒平均直径d之间的定量关系. 钢板的脆性转化温度越低,表征其抗冷脆性(抗冷脆的能力)就越大.
短句来源
     Production current situation and development tactics of ship plate in China
     我国造船钢板的生产现状及发展对策
短句来源
     The production current situations of ship plate in China were summarized,such as output,variety structure,processing technology and authentications by ship building society,etc Meanwhile, the paper forcasted the market requirement, and put forward the tactics of accelerating the ship plate production advancement and adapting to the ship building development
     综述了我国造船钢板在产量、品种结构、工艺技术、产品质量、船级社认可等方面的现状 ,对造船钢板的市场需求进行了预测 ,并对如何促进我国造船钢板生产进步及适应国内外造船工业的发展提出了对策。
短句来源
  shipbuilding plate
     The production of 355MPa high strength shipbuilding plate
     355MPa高强度造船钢板的生产
短句来源
     Based on the practical problem of the low-temperature impact toughness usually less than the standard requirement after hot rolling in producing 4C ship building plate, this article has studied the effect of technological parameters in rolling on the average diameter (d) of the ferritic grains of 4C ship plate after rolling;
     本文针对武钢轧板厂热轧4C造船钢板低温冲击韧性有时达不到标准要求值这一生产实际问题,研究了控制轧制各主要工艺参数对4C船板铁素体晶粒平均直径的影响及其脆性转化温度与轧后铁素体晶粒平均直径d之间的定量关系. 钢板的脆性转化温度越低,表征其抗冷脆性(抗冷脆的能力)就越大.
短句来源
     The production process and the main performances of 355MPa high strength shipbuilding plate are intoduced. Its toughening mechanism is discussed.
     介绍了 3 5 5MPa高强度造船钢板的生产工艺与产品达到的主要性能指标 ,对其强韧化机理进行了探讨 ;
短句来源
  ship building plate
     The production of 355MPa high strength shipbuilding plate
     355MPa高强度造船钢板的生产
短句来源
     Based on the practical problem of the low-temperature impact toughness usually less than the standard requirement after hot rolling in producing 4C ship building plate, this article has studied the effect of technological parameters in rolling on the average diameter (d) of the ferritic grains of 4C ship plate after rolling;
     本文针对武钢轧板厂热轧4C造船钢板低温冲击韧性有时达不到标准要求值这一生产实际问题,研究了控制轧制各主要工艺参数对4C船板铁素体晶粒平均直径的影响及其脆性转化温度与轧后铁素体晶粒平均直径d之间的定量关系. 钢板的脆性转化温度越低,表征其抗冷脆性(抗冷脆的能力)就越大.
短句来源
     The production process and the main performances of 355MPa high strength shipbuilding plate are intoduced. Its toughening mechanism is discussed.
     介绍了 3 5 5MPa高强度造船钢板的生产工艺与产品达到的主要性能指标 ,对其强韧化机理进行了探讨 ;
短句来源
  “造船钢板”译为未确定词的双语例句
     EXPERIMENT AND RESEARCH OF CONTROLLED ROLLING AND CONTROLLED COOLING FOR Nb-MICROALLOYED SHIP-MAKING STEEL PLATE E36
     Nb微合金化E36造船钢板控轧控冷实验研究
短句来源
     Controlling the content of carbon and manganese, microalloying treatment, and strict controlled rolling schedule are the key steps of producing this plate.
     分析了限制碳、锰含量并进行微合金化处理 ,采用严格的控制轧制工艺 ,是生产 3 5 5MPa高强度造船钢板的关键。
短句来源
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  ship plate
Improving the deoxidation and modification of continous-cast ship plate steel
      
This limits the possibilities for using them to cast metal that goes into products intended for critical applications (thick plates, ship plate, skelp for gas and oil pipelines, etc.).
      
Nil-ductility transition temperature of ship plate and its connection with unit crack-propagation work
      


Based on the practical problem of the low-temperature impact toughness usually less than the standard requirement after hot rolling in producing 4C ship building plate, this article has studied the effect of technological parameters in rolling on the average diameter (d) of the ferritic grains of 4C ship plate after rolling; and also has studied the relationship between the ductile-brittle transition temperatures and the average diameter (d) of the ferritic grains after rolling.

本文针对武钢轧板厂热轧4C造船钢板低温冲击韧性有时达不到标准要求值这一生产实际问题,研究了控制轧制各主要工艺参数对4C船板铁素体晶粒平均直径的影响及其脆性转化温度与轧后铁素体晶粒平均直径d之间的定量关系.钢板的脆性转化温度越低,表征其抗冷脆性(抗冷脆的能力)就越大.实验结果表明:终轧温度及道次压下率是决定4C船板轧后铁素体晶粒平均直径的主要工艺参数;4C船板的脆性转化温度随d~(-1/2) 值增大而降低,其抗冷脆性及低温冲击韧性随d~(-1/2)值增大而提高.

The production process and the main performances of 355MPa high strength shipbuilding plate are intoduced. Its toughening mechanism is discussed. Controlling the content of carbon and manganese, microalloying treatment, and strict controlled rolling schedule are the key steps of producing this plate.

介绍了 3 5 5MPa高强度造船钢板的生产工艺与产品达到的主要性能指标 ,对其强韧化机理进行了探讨 ;分析了限制碳、锰含量并进行微合金化处理 ,采用严格的控制轧制工艺 ,是生产 3 5 5MPa高强度造船钢板的关键。

The production current situations of ship plate in China were summarized,such as output,variety structure,processing technology and authentications by ship building society,etc Meanwhile, the paper forcasted the market requirement, and put forward the tactics of accelerating the ship plate production advancement and adapting to the ship building development

综述了我国造船钢板在产量、品种结构、工艺技术、产品质量、船级社认可等方面的现状 ,对造船钢板的市场需求进行了预测 ,并对如何促进我国造船钢板生产进步及适应国内外造船工业的发展提出了对策。

 
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