1) High Vacuum Die Casting
高真空压铸
1.
Development and Application of High Vacuum Die Casting in Aluminum Alloy;
铝合金高真空压铸技术的开发及应用
2) vacuum die casting
真空压铸
1.
Design and optimization of runner and gating systems for vacuum die casting of magnesium through numerical simulation;
基于数值模拟的镁合金真空压铸浇注系统设计与优化
2.
Design and Manufacture of Vacuum Die Casting Mould for Belt Wheel Part;
带轮真空压铸模设计与制造
3) Vacuum die-casting
真空压铸
1.
Design method of the vacuum die-casting mould for large-scale thin shell part
大型薄壁件真空压铸模具的设计方法
2.
Design of vacuum die-casting mould for large-scale thin shell parts
大型薄壁件真空压铸模具设计
3.
Vacuum Die-casting Assistant System is the key equipment of the application which has a direct impact on the production efficiency and the casting quality.
随着汽车轻量化对铝合金压铸件的需求增加及质量要求的提高,对真空压铸技术的推广应用越来越迫切。
4) vacuum counter-pressure casting
真空差压铸造
1.
Solidification feeding behavior and model of vacuum counter-pressure casting technology;
真空差压铸造工艺的凝固补缩特性与模型
2.
The hardware structure and working principle of vacuum counter-pressure casting microcomputer control system was introduced,and the circuit of pressure detection,the regulating valve control and serial communication I/O were designed.
介绍了微电脑真空差压铸造控制系统的组成及工作原理,设计了压力检测电路、调节阀控制电路和串行通信接口电路,同时说明了系统的调试,并给出了实验结论。
3.
Visual interface of VCPC-1 vacuum counter-pressure casting intelligent control is employed by using Delphi language,which appears in the form of window,moreover,it realizes short range control of hypogynous machine and long-distance control of epigynous machine.
采用Delphi语言开发了VCPC-1真空差压铸造智能控制的可视化界面,界面以视窗形式弹出,实现了下位机的近程控制和上位机的远程控制;并生产了最小壁厚1mm以下的复杂薄壁铸件。
5) vacuum low-pressure casting
真空低压铸造
1.
EPC-V, vacuum suction casting, vacuum low-pressure casting and vacuum differential pressure casting are reviewed and discussed.
通过分析真空铸造在造型、充型、凝固过程中产生的现象,讨论了真空密封造型、实型真空铸造、真空吸铸、真空低压铸造、真空差压铸造等技术的现状,针对国内外发展现状提出今后真空熔模吸铸的研究与发展的方向。
6) vacuum differential pressure casting
真空差压铸造
1.
Production of Complicated and Thin-Walled Aluminum Alloy Castings by Vacuum Differential Pressure Casting;
用真空差压铸造法生产复杂薄壁铝合金铸件
2.
EPC-V, vacuum suction casting, vacuum low-pressure casting and vacuum differential pressure casting are reviewed and discussed.
通过分析真空铸造在造型、充型、凝固过程中产生的现象,讨论了真空密封造型、实型真空铸造、真空吸铸、真空低压铸造、真空差压铸造等技术的现状,针对国内外发展现状提出今后真空熔模吸铸的研究与发展的方向。
补充资料：超高真空
分子式：
CAS号：
性质：压力低于10-6Pa的气态空间。在超高真空条件下可以获得免于污染的清洁固体表面。现在多用无油超高真空系统产生。该系统主要由预抽泵、主体泵和金属阀门组成。常用的预抽泵有分子筛吸附泵或机械泵加分子筛吸附阱。主体泵有钛泵、钛升华泵、弹道式钛泵等，真空度可达10-9Pa。
CAS号：
性质：压力低于10-6Pa的气态空间。在超高真空条件下可以获得免于污染的清洁固体表面。现在多用无油超高真空系统产生。该系统主要由预抽泵、主体泵和金属阀门组成。常用的预抽泵有分子筛吸附泵或机械泵加分子筛吸附阱。主体泵有钛泵、钛升华泵、弹道式钛泵等，真空度可达10-9Pa。
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