1) melt blending
熔体法
1.
Structure and properties of organic clay/rubber nanocomposites prepared by melt blending;
熔体法制备有机黏土/橡胶纳米复合材料的结构及性能
2) melt foaming
熔体发泡法
1.
The foamed pure Al was prepared by way of melt foaming process.
用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。
3) melt intercalation
熔体插层法
1.
The modified organic montmorillonite(OMMT)/NBR nano-composites were prepared by melt intercalation and the microstructure and properties of nano-composites were investigated.
采用熔体插层法制备有机蒙脱土(OMMT)/NBR纳米复合材料,并对其微观结构及性能进行研究。
2.
The organomontmorillonite(OMMT)/IIR nanocomposites were prepared by melt intercalation and their properties were investigated.
采用熔体插层法制备有机蒙脱土(OMMT)/IIR纳米复合材料。
3.
The PP/OMMT nanocomposites were synthesized through melt intercalation in twin screw extruder.
本文采用熔体插层法在双螺杆挤出机中制备了 PP/ OMMT纳米复合材料 ,讨论了有机化改性、相容剂以及辐照、接枝处理等因素对纳米复合材料性能的影响。
5) direct melt reaction
熔体反应法
1.
A novel in-situ particulate reinforced aluminum matrix composite has been successfully developed by direct melt reaction(DMR) technique in the Al-K2ZrF6 system.
开发了Al-K2ZrF6体系熔体反应法合成原位铝基复合材料,采用XRD,SEM和TEM分析了复合材料中相组成、微观组织和界面结构。
2.
On the basis of analyzing various in-situ synthesized processes, a new in-situ reactive technique, called direct melt reaction method, has been adopted.
利用Al Zr及Al Zr O体系,应用熔体反应法,成功制备了内生ZrAl3和Al2O3颗粒增强铝基复合材料。
3.
Novel in-situ(Al_3Zr+Al_2O_3)_p/Al composites was developed by direct melt reaction in the system Al-(Zr(CO_3)_2).
开发了Al-Zr(CO3)2体系熔体反应法合成新型(Al3Zr+Al2O3)p/Al复合材料,研究了Al-Zr(CO3)2体系的反应热力学、反应动力学及反应机制。
6) 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。
补充资料：法性属法为法性土
【法性属法为法性土】
谓真如法性之理，譬如虚空，遍一切处，乃是法身所证之体，即为所依之土，故名法性属法，为法性土。
谓真如法性之理，譬如虚空，遍一切处，乃是法身所证之体，即为所依之土，故名法性属法，为法性土。
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