1) lotus-type porous metal
藕状多孔金属
1.
The compressive mechanical model of lotus-type porous metals was established using the method of linear regression.
2 MPa、熔体温度为1 200℃条件下采用定向凝固法制备d 45 mm×120 mm的藕状多孔纯铜棒材,研究藕状多孔金属的压缩变形过程及其影响因素,分析藕状多孔材料的压缩变形机理,采用线性回归分析方法建立藕状多孔材料的压缩变形本构关系。
2.
Based on the above results,the compressive mechanical model of the lotus-type porous metals with pores perpendicular to the compressive direction is established using the method of linear regression.
2MPa,熔体温度为1200℃的条件下制备d45mm×120mm的藕状多孔纯铜棒材,研究藕状多孔金属垂直于气孔方向的压缩变形过程及其影响因素,分析压缩变形机理。
2) lotus-type porous structure
藕状多孔结构
3) porous metal
多孔金属
1.
Electromagnetic wave absorption properties of aluminum foams-based porous metal composite;
泡沫铝基多孔金属复合材料吸波性能
2.
Preparation of Lotus-type Porous Metal with Metal-gas Eutectic Directional Solidification;
金属-气体共晶定向凝固制备藕状多孔金属的研究
3.
Structure design and material choice of porous metallic substrate supporter;
多孔金属基载体材料的选择与结构设计
4) porous metals
多孔金属
1.
Prospect of Making Artificial Bones with Uni directional Solidification Porous Metals;
定向凝固多孔金属制造人工骨的前景展望
2.
The research progress in biomedical porous metals has been reviewed concerning their production, mechanical properties, corrosion resistance and biocompatibility.
本文综述了生物医用多孔金属材料在制备工艺、力学性能、耐蚀性及生物相容性方面的研究进展。
3.
The structure and its control of the porous aluminum prepared by a special pressure infiltration process was studied ,for which a model for calculating the porosity of porous metals was developed.
利用自行研制的填料粒子,采用独特的渗流法制备了多孔金属铝,提出了填料颗粒为球形时多孔金属孔隙率的计算模型,实验证明用此模型预测多孔金属的孔隙率是可行的。
5) porous Mg metal
多孔镁金属
6) PTFE porous metal
PTFE多孔金属
1.
PTFE glass cloth, its derivative products and PTFE porous metal, preparation thesis and method process are reviewed, respectively.
叙述了PTFE玻璃布及其衍生产品和PTFE多孔金属的性能和用途,制备原理、方法和工艺。
补充资料:藕孔
【藕孔】
(杂名)阿修罗与天帝战,败北,四兵尽入一藕孔中。见杂阿含经十六。又观佛三昧经曰:“阿修罗王往攻帝释于虚空中,有刀轮自然而下,当阿修罗上。耳目手足,一时尽落。时阿修罗即便惊怖,遁走无处,入藕丝孔中。”
(杂名)阿修罗与天帝战,败北,四兵尽入一藕孔中。见杂阿含经十六。又观佛三昧经曰:“阿修罗王往攻帝释于虚空中,有刀轮自然而下,当阿修罗上。耳目手足,一时尽落。时阿修罗即便惊怖,遁走无处,入藕丝孔中。”
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