1) High coriaceous cast steel
高强韧铸钢
2) high strength toughness steel
高强韧钢
1.
The structure formation factor S of 17 high strength toughness steels were calculated on the basis of the empirical electric theory of solids and molecules.
根据固体与分子经验电子理论 ,计算了 1 7组新型高强韧钢的实验数据所对应的结构形成因子S值 ,用其中 1 2组数据 ,建立了结构形成因子S与抗拉强度关系的经验公式 ,应用其余 5组数据进行检验 ,结果与实验数据基本吻合 ,其最大误差为 5 6%
2.
The structure formation factors S were calculated from 19 groups of experimental data of a new high strength toughness steels on the basis of the empirical electrionic theory of solids and molecules, and 16 groups of which selected randomly were applied to train with BP network of artificial neural networks and other three groups were used to examine.
根据固体与分子经验电子理论计算了 19组新型高强韧钢的试验数据所对应的结构形成因子 S值 ,从中随机抽取 16组数据 ,应用人工神经网络的 BP结构进行训练 ,用其余 3组数据进行检验 ,其平均训练误差为 0 。
3) high strength high fracture toughness steel
高强高韧钢
1.
The ageing process of high strength high fracture toughness steel G99 were studied by Mossbauer spectroscopy.
用Mossbauer谱学方法研究高强高韧钢G99（Fe－9Ni－9Co－2Cr－1Mo）的时效过程。
4) high strength and high toughness steel
高强高韧钢
1.
The electronic structure of austenite of high strength and high toughness steel was investigated by the recursion method in the tight binding approximation.
在紧束缚框架下用 Recursion方法计算了高强高韧钢中奥氏体相的电子结构。
6) high strength and toughness die castings
高强韧压铸件
补充资料：强韧
1.见"强韧"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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