1) Fine-hole Casting
细孔铸造
1.
Production of Aluminum Alloy Housing by Fine-hole Casting;
铝合金壳体的细孔铸造工艺
2) Aluminium Alloy Casting with Fine Holes
铝合金细孔铸造
3) Cast hole
铸造针孔
4) casting-hole
铸造孔
5) fine grain casting
细晶铸造
1.
The aim of this article is to achieve the fine crystalline K4169 alloy,then employ OM?SEM?EDS to discuss the con-tribution of fine grain casting technique to mechanical property through comparing with that of the common casting alloy.
比较细晶铸造工艺和普通铸造工艺获得的K4169合金的组织和力学性能,借助于光学显微镜、扫描电镜、能谱仪等手段,分析两种工艺所获得的合金的金相组织、断口形貌以及组织中相成分,并探究两种工艺获得的合金组织对力学性能的影响。
2.
The influence of solution temperature on the microstructure and mechanical properties of fine grain casting(FG) K403 and the suitable heat treatment regime,after HIP has been determined The result is 1180 +10 ℃/4h+980℃/6
研究了固溶处理温度对细晶铸造 K40 3合金的组织和性能的影响 ,最终确定热等静压后合适的热处理制度为 :1180 + 1 0℃ /4 h+980℃ /6
3.
es of K418 cast alloys by fine grain casting process and coventionally cast process have been determined at different temperatures.
测试了不同温度下细晶铸造和普通铸造Ｋ４１８合金的拉伸性能。
6) fine grain cast
细晶铸造
1.
Investigation on mechanical properties of fine grain cast by mould agitation;
铸型搅动细晶铸造与力学性能
2.
Investigation on hot isostatic pressing and heat treating process for fine grain cast K403 alloy;
细晶铸造K403合金热等静压及热处理工艺研究
3.
Intergranular fracture as a main kind of creep fracture, and most of Laves phase, δ phase and carbides positioning in grain boundary in fine grain cast material have been found by analyzing the stress rupture fractograph and microstructure.
探讨了晶粒度为ASTM3～5级的细晶铸造IN718C合金的显微组织对持久性能的影响。
补充资料：细孔
分子式：
CAS号：
性质：多孔物质中常含有不同直径的孔，凡孔径小于或等于100×10-10m者，称细孔或微孔。这些孔是由一次粒子互相联结而成的。
CAS号：
性质：多孔物质中常含有不同直径的孔，凡孔径小于或等于100×10-10m者，称细孔或微孔。这些孔是由一次粒子互相联结而成的。
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