1) Ti-17 powder alloy

Ti-17粉末合金
1.
Ti-17 powder alloy was prepared by the method of sintering + isothermal forging,and the densities and transformation of microstructure in the process of preparing powder alloy were investigated.
采用烧结+等温锻造的方法制备Ti-17粉末合金,对粉末合金制备过程中各工序的密度、显微组织变化规律等进行了试验研究。
2) Ti-17 Alloy

Ti-17合金
1.
Study of Discontinuous Yielding and Flow Softening in High Temperature Deformation of Ti-17 Alloy;
Ti-17合金高温变形中的不连续屈服与流变软化研究
3) containing-Ti prealloyed powder

含Ti预合金粉末
1.
A containing-Ti prealloyed powder was designed to be used as an adhesion matrix to increase the diamond retention,and then made from the Cu and Mn by gas atomization.
设计并用气雾化法试制以CuMn为基的含Ti预合金粉末,以此为粘结胎体在粗真空钎焊条件下制备金刚石复合材料,考察预合金与金刚石之间的界面结合状况。
4) Fe C Ti alloy powder

Fe-C-Ti合金粉末
5) W-Ti prealloyed powders

W-Ti预合金粉末
补充资料:粉末合金
分子式:
CAS号:
性质:用粉末冶金工艺制取的合金,即制取金属粉末和以粉末作为原料,经过压制成形、烧结或热压成形来制取的合金。由于粉末颗粒细小,凝固速度快,合金成分均匀,产品没有宏观偏析,性能稳定,加工性能良好。而且可进一步提高合金化的程度。
CAS号:
性质:用粉末冶金工艺制取的合金,即制取金属粉末和以粉末作为原料,经过压制成形、烧结或热压成形来制取的合金。由于粉末颗粒细小,凝固速度快,合金成分均匀,产品没有宏观偏析,性能稳定,加工性能良好。而且可进一步提高合金化的程度。
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