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1)  melt foaming
熔体发泡法
1.
The foamed pure Al was prepared by way of melt foaming process.
熔体发泡法制备纯铝基泡沫铝。
2.
Al Si foam was fabricated by direct melt foaming.
采用熔体发泡法制备泡沫铝硅合金。
3.
By controlling the content of foaming agent,foaming temperature,holding time,stirring time, stirring speed,the Mg-Al alloy foams of uniform pore structure with porosity in the range of 60%~80% and average pore size<4mm have been made successfully via melt foaming process using CaCO3 as foaming agent.
以CaCO_3作为发泡剂,采用熔体发泡法成功制备了泡沫Mg—Al合金。
2)  foaming in melt
熔体发泡法
1.
The closed-cell aluminum foam was fabricated by direct foaming in melt.
以熔体直接发泡法制备闭孔泡沫铝材实验为基础,通过获得不同实验阶段的泡沫铝样品,以及对实验样品切面或断面进行观察和分析,描述了在熔体发泡法制造泡沫铝过程中TiH2加入熔体后的分解过程,原始气泡的形成方式以及产生的气泡和未分解TiH2的存在状态;解释了气泡进一步长大的原因和未分解的TiH2如何释放气体;表述了气泡的合并和无泡层的形成。
3)  melt-based route
熔体发泡法
1.
The current status of melt-based route as used in the production of metallic foams at home andabroad is discussed in this article,and application of different forms of foam processing of melt-route in manufacturing is summarized.
论述了国内外泡沫金属生产中熔体发泡法制备工艺的发展形势,并对熔体发泡法中不同种发泡工艺在生产中的应用情况进行了全面的概述。
4)  foaming method of molten aluminum
熔体发泡法
1.
In this paper,the technical process of foaming method of molten aluminum to make foam aluminum was introduced and four key factors on pore structure including varied amount of viscosity increaser and foaming agent,foaming agent stirring time and holding time were studied,and the good preparation condition on even pore structure foam aluminum material was arrived.
熔体发泡法是制备新型功能材料泡沫铝的主要制备方法,本文介绍了熔体发泡法制备泡沫铝的工艺工程,并对影响泡沫铝孔结构的关键因素:增粘剂加入量、发泡剂加入量、发泡剂搅拌时间以及保温时间进行研究,得到了制备孔结构均匀泡沫铝材料的良好条件。
5)  Melt Direct Foaming
熔体直接发泡法
6)  Gas Injection Method
熔体吹气发泡法
补充资料:最大泡压法
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性质:又称最大泡压法。一种测定液体表面张力的简易方法。将一毛细管下口刚好与待测液体表面接触,向毛细管内加压,在管口形成气泡。当气泡成半球形时其曲率半径最小,泡内压力最大。气泡再增大时将破裂,管内压力骤降。根据拉普拉斯方程,最大压差值△p与液体表面张力γ及毛细管半径r有下述关系 △p可用普通U形管压力计测出。若已知压力计中所 用液体的密度ρ及最大压差时压力计中二管液面高度差h,则 g为重力加速度常数。此法是一种准动态方法,不适 于测定达到平衡慢的溶液的表面张力。

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