1) composite powder
复合粉
1.
SiC and Al composite powder was fabricated by high energy ball-milling method,and it was observed and studied by means of SEM.
采用高能球磨技术制备了SiC和Al复合粉,利用扫描电镜对复合粉进行观察和分析。
2.
Composite coatings containing ceramic and metal multi-phases were fabricated on the surface of Q235 steel by plasma spraying Fe2O3+Al composite powders, which can self-react in the plasma flame.
用等离子喷涂的方法喷涂自制的Fe2O3+Al自反应复合粉,在金属表面制备了陶瓷-金属多相自反应复合涂层。
3.
The tungten-copper composite powder with very fine tungstenparticles and well-sized distribution can be prepared.
本文提出一种生产微细钨铜复合粉的方法。
2) composite powders
复合粉
1.
Synthesis of Cu-ZnO composite powders by mechano-chemical reaction mechanism;
机械化学反应机制合成Cu-ZnO复合粉
2.
Effects of ball milling modes on phase structure of (Ti,15W,5Mo,0.2V)(CN)-20Ni composite powders during reaction synthesis
球磨方式对制备(Ti,15W,5Mo,0.2V)(CN)-20Ni复合粉相结构的影响
3) composite powder
复合粉末
1.
Sintering properties of nanometer 90W-7Ni-3Fe composite powder;
纳米级90W-7Ni-3Fe复合粉末的烧结特性
2.
Densification of Cu-15wt%Cr composite powders prepared by mechanical milling;
机械球磨Cu-15%Cr复合粉末的致密化工艺研究
3.
Boiling heat transfer on composite powder porous surface tubes;
复合粉末多孔表面管的沸腾传热
4) composite powder
复合粉料
1.
The plasticizing effect comparation of all-purpose screw with separation-type screw on the injection of PVC-U composite powder;
通用型螺杆与分离型螺杆对注射用PVC-U复合粉料塑化效果的比较
5) compound powder
复合粉体
1.
The compound powders of nano ZrO2 and TiO2 aqueous suspension,and application of them to leather were studied.
对纳米ZrO2和纳米TiO2的复合粉体的水基悬浮液的分散性能及在皮革上的应用情况进行了研究。
2.
The sintering characteristics of Cu-Fe compound powder after high energy tall milling were studied.
本文讨论了Fe-Cu复合粉体经球磨后的烧结性能变化情况,通过对球磨后Fe-Cu复合粉体进行XRD、DSC分析,探讨球磨过程对Fe-Cu粉体以及烧结体性能的影响。
6) compound powders
复合粉末
1.
In order to solve the problems of the solid state sintering between Cu and Fe (such as hard-to-sinter, narrow controllable technology, instability of sintering), which were the main elements of metallic binder diamond products, mechanical alloying (MA) was introduced to improve the solid state sinter character of Fe-Cu compound powders and the performance of the iron-base binder diamond products.
本文针对金属结合剂金刚石工具中Fe、Cu粉末固相烧结中可烧结性差、可控工艺范围窄,烧结不稳定的现象,提出采用机械合金化技术改善Fe-Cu复合粉末固相烧结性能,提高Fe基结合剂金刚石工具使用性能。
2.
CrCu alloy powders prepared by water atomization were turned into Cr2O3/Cu compound powders, which were made into composites.
本文从复合材料对颗粒增强相的要求、复合材料的界面以及复合材料的成型等角度分析了Cr_2O_3颗粒作为弥散强化相增强铜基体的可行性，采用水雾化法制备CrCu合金粉末，并通过预氧化的方法得到Cr_2O_3／Cu复合粉末，运用粉末冶金法制备Cr_2O_3／Cu复合材料。
补充资料：复合粉
分子式：
CAS号：
性质：又称包覆粉。以一种粉末材料为核心，用一种或多种金属、合金或其他材料在其表面均匀地包裹所形成的粉粒。其特点是：每个颗粒由两相或多相构成的非均质材料；两相之间具有最大的接触界面；颗粒之间成分又相对均匀。作为核心的材料可以是：金属、非金属、类金属、合金、无机化合物(氧化物、碳化物、氮化物、硼化物、硅化物)、玻璃，天然矿物、有机化合物等。外层材料可以是镍、钴、铜、银、钼及镍铬铝合金等。用于热喷涂工艺可获得具有高结合强度、抗高温氧化、抗热震、耐磨、耐蚀、隔热的防护涂层。采用粉末冶金工艺可制成相应的合金、多孔过滤膜、电工材料、弥散强化材料等，广泛用于航空机械、化工、冶金、原子能等工业部门。
CAS号：
性质：又称包覆粉。以一种粉末材料为核心，用一种或多种金属、合金或其他材料在其表面均匀地包裹所形成的粉粒。其特点是：每个颗粒由两相或多相构成的非均质材料；两相之间具有最大的接触界面；颗粒之间成分又相对均匀。作为核心的材料可以是：金属、非金属、类金属、合金、无机化合物(氧化物、碳化物、氮化物、硼化物、硅化物)、玻璃，天然矿物、有机化合物等。外层材料可以是镍、钴、铜、银、钼及镍铬铝合金等。用于热喷涂工艺可获得具有高结合强度、抗高温氧化、抗热震、耐磨、耐蚀、隔热的防护涂层。采用粉末冶金工艺可制成相应的合金、多孔过滤膜、电工材料、弥散强化材料等，广泛用于航空机械、化工、冶金、原子能等工业部门。
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