变形程度对拉伸温度影响小，变形程度的增大使拉伸力下降。
And reduction affects drawing temperature little and its increasing lowers drawing force.
半固态成形具有加工温度低，变形抗力小的特点，为高效低能实现金属近净成形提供了现实可能。
Due to the special properties of semi-solid metal, it provides a possibility for metal near net shaping with high efficiency and low consumption.
采用偏低的加热温度、适当的保温时间和小变形量、多道次的工艺制度可以明显改善这两种不锈钢的热加工性能。
Lower heating temperature, proper heating time, light reduction and multipass processes could be adopted to improve the hot ductility of the steels studied.
相同变形温度条件下，变形量增大时高洁净钢的变形抗力增加程度比两种工业钢小。
Further more, when the samples are deformed at the same temperature, clean steel will get smaller stress increments than that of two commercial steels as the reduction increases.
变形程度对拉伸温度影响小，变形程度的增大使拉伸力下降。
And reduction affects drawing temperature little and its increasing lowers drawing fo...
变形程度对拉伸温度影响小，变形程度的增大使拉伸力下降。
And reduction affects drawing temperature little and its increasing lower...
变形程度对拉伸温度影响小，变形程度的增大使拉伸力下降。
And reduction affects drawing temperature little and its increasing lower...
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