1) SHS-casting
SHS熔铸
1.
The microstructure and wear resistance of TiC reinforced steel matrix surface composites prepared in Ti-C-Al-Ni system by SHS-casting method were investigated.
采用TI-C-AL-NI系SHS熔铸制备TIC颗粒增强钢基表面复合材料,研究了其组织和耐磨性。
2) SHS casting technology
SHS铸造法
1.
The influences of thermodynamics, ingredient, explosion temperature and other factors on the morphology of products were investigated, then found 70wt%(Ti-C)-Al-Ni and 80wt%(Ti-C)-Al-Ni systems are found to be suitable to fabricate TiC particles reinforced aluminum matrix composites by SHS casting technology.
探讨Ti-C-Al-Ni体系热力学以及成分、热爆温度等因素对产物组织形貌的影响，给出了较佳的增强体系70wt％(Ti-C)-Al-Ni和80wt％(Ti-C)-Al-Ni，用SHS铸造法制备出TiC颗粒增强铝基复合材料，并进行了力学性能和耐磨性能的测试。
3) SHS ablation
SHS熔覆层
4) SHS cladding by laser
激光辅助SHS熔敷
5) smelting
[英][smelt] [美][smɛlt]
熔铸
1.
So, the key way to promote the application of Mg-Li alloys is to develop new smelting process and enhan.
镁锂系合金以其超轻特性和相对较大的比强度而成为近年来国内外材料领域的研究重点之一,但是由于镁锂系合金的主要组成元素——镁和锂都是极其活泼和质轻的金属元素,在合金熔铸时极易产生氧化、夹渣等缺陷。
6) melting and casting
熔铸
1.
Current staes and development trend for aluminium alloys melting and casting technology;
铝合金熔铸技术的现状及发展趋势
2.
The paper gives the solubilities of hydrogen and oxygen in copper melt, conditions for melting and casting copper, forming mechanism of gases, harmful effects of gas bubbles on copper semis and measures to protect copper melt from absorbing the gases.
阐述了氢和氧对铜液的溶解能力,熔铸紫铜时的条件,气体形成的机理,气孔对加工材的危害以及防止吸气的措施。
3.
The rensonabe processes of melting and casting 、 extrusion and heat treating are found out.
探讨了HE20铝合金工业型材的适宜成分、性能、生产工艺及其特点,找出了合理的熔铸、挤压及热处理工艺制度。
补充资料：熔铸
1.熔化铸造。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条