1) FGH95 P/M material
FGH95粉末材料
2) FGH95 powders
FGH95粉末
1.
The dendrite microsegregations in PREP FGH95 powders has been studied by using SEM The results show that there are riched with Mo,Ti,Ni elements,and poored with Ni, Co,W elements between the powders dendrite arm It also seems that the dendrite microsegregations decrease with decreasing particle size Compared with argon atomized powders, the dendrite microsegregations in PREP FGH95 powders is lowe
测定两种工艺方法生产的 FGH95粉末颗粒截面的枝晶偏析和胞晶偏析。
3) FGH95 alloy powder
FGH95合金粉末
1.
Non-equilibrium solute partition of rapidly solidified FGH95 alloy powder;
快速凝固FGH95合金粉末的非平衡溶质分配
2.
Analysis of efficient during water elutriation process of separating ceramic inclusions from FGH95 alloy powder;
分离FGH95合金粉末中陶瓷夹杂物的水淘析法有效性分析
3.
The results indicate that the geometry integrity of metastable MC type carbide in rapidly solidified FGH95 alloy powders changed from regular morphology .
结果表明:快速凝固FGH95合金粉末中亚稳MC型碳化物形态的几何完整度随粉末颗粒尺寸减小由规则形态向复杂形态变化,不同尺寸粉末颗粒中碳化物的形态和数量决定于凝固过程中热学参数的变化和非平衡溶质分配系数的不同。
4) Powder material
粉末材料
1.
Application of phase contrast microscope to the study of structure in powder material;
相差显微镜在粉末材料结构研究中的应用
2.
LSM240 fully automatic SLAB laser welding machine is used to weld Fe-based,Ni-based,Co-based powder materials in order to study the important factors for welding quality,i.
用LSM 2 40全自动SLAB激光焊接机对Fe基、Ni基、Co基 3种粉末材料进行焊接实验。
5) powder materials
粉末材料
1.
Study on Laser Scanning Process of Selective Laser Sintering for Powder Materials;
粉末材料的SLS工艺激光扫描过程研究
2.
The simulation and prediction of sintering temperature field in SLS process play a basic role in determining the optimal processing parameters for different powder materials.
对于各种粉末材料在选择性激光烧结成形过程中温度场的模拟与预测 ,是合理选择其烧结工艺参数的基础。
6) FGH95 powder nickel-base superalloy
FGH95粉末镍基合金
1.
By means of the measurement of creep curves and microstructure observation,an investigation has been made into the creep behaviors and deformation features of FGH95 powder nickel-base superalloy.
通过蠕变曲线的测定及组织形貌的观察,研究了FGH95粉末镍基合金的蠕变行为及变形特征。
2.
By means of the measurement of creep curves and microstructure observation,an investigation has been made into the microstructure and creep behaviors of FGH95 powder nickel-base superalloy.
通过进行蠕变曲线测定和组织形貌观察,研究了FGH95粉末镍基合金的微观组织结构与蠕变行为。
补充资料：机械工程材料:粉末冶金多孔材料
用粉末冶金的方法製造的﹑内部结构为多孔的材料(或製品)﹐一般由球状或不规则形状的金属或合金粉末经成形和烧结製成﹐又称烧结多孔材料。这种材料为孔道纵横交错﹑互相贯通的多孔体﹐通常具有30～60％体积的孔隙度﹐孔径1～100微米。常用的金属或合金有青铜﹑不锈钢﹑铁﹑镍﹑鈦﹑钨﹑鉬以及难熔金属化合物等。做成的製品有坩堝状﹑碟状﹑管状﹑板状﹑薄膜等。粉末冶金多孔材料的特点是﹕孔径和孔隙度均可控制﹔优良的透过性能﹐且在使用后可以再生﹐因而使用寿命长﹔导热﹑导电﹔耐高温﹑耐低温﹑抗热震﹔抗介质腐蚀﹔比表面积大﹔可焊接和加工等。因此它的综合性能较传统的纸质﹑棉和化纤织品﹑陶瓷﹑玻璃﹑金属丝网等过滤材料为好。在现代技术中﹐多孔材料愈益发挥其重要作用﹐有两方面的主要用途。作过滤器用﹕利用其多孔的过滤分离作用净化液体和气体。例如用来净化飞机和汽车上的燃料油和空气﹔化学工业上各种液体和气体的过滤﹔原子能工业上排出气体中放射性微粒的过滤等。利用其孔隙的作用﹐製造多孔电极﹑灭火装置﹑防冻装置﹑耐高温喷嘴等。多孔电极主要在电化学方面应用。灭火装置是利用其抗流作用而防止爆炸﹐如气焊用的火焰防爆器等。防冻装置是利用其多孔可通入预热空气或特殊液体﹐用来防止机翼和尾翼结冰。耐高温喷嘴则是利用表面发汗而使热表面冷却的原理﹐被称为发汗材料。(见彩图 粉末冶金多孔材料 )
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