1) Fe-Co alloy
Fe-Co合金
1.
In order to train the students innovative and comprehensive application ability,by use of the existing instrument and equipment,the comprehensive experiment of preparing magnetic Fe-Co alloy materials by electrochemical technique was designed,which would be carried out in senior students of applied chemistry major.
为了培养学生的创新能力和综合运用能力,利用现有的仪器设备,设计了电化学法制备磁性Fe-Co合金材料的综合性实验,在应用化学专业高年级学生中开设,并给出了实验设计方案和相应的评价方法。
2.
In this study, we used process control agents (PCA) during MA process and investigated the effect of PCA on the characteristics of the Fe-Co alloy powder.
采用机械合金化工艺(MA)制备Fe—Co合金微粉材料;探讨了过程控制剂(PCA)的使用对MA过程以及Fe-Co合金粉末颗粒的尺寸分布,形貌、成分和团聚程度等特性的影响,发现PCA对改善粉末材料的综合性能有良好效果。
2) Fe-Co alloys
Fe-Co合金
1.
Advances in preparation study of nano magnetic material Fe-Co alloys;
纳米磁性材料Fe-Co合金制备的研究进展
2.
Fe-Co alloys are important soft magnetic materials,and applied extensively.
Fe-Co合金是重要的软磁材料,应用广泛。
3.
The complex permittivity and permeability of composites made from Fe-Co alloys and hollow carbon fibers embedded in paraffin matrix separately are measured by voter network analyzer and the reflectivity is calculated within 2~18GHz.
采用矢量网络分析仪测试了Fe-Co合金/石蜡和中空碳纤维/石蜡复合材料的微波电磁参数,并用电磁参数模拟计算了单层吸波材料的反射率。
3) Co-Fe alloys
Co-Fe合金
1.
Microstructure, martensitic transformation temperature and shape memory effect of Co-Fe alloys were investigated by optical observation, X-ray diffraction, DSC and bending tests.
采用光学显微镜、X射线衍射、DSC、弯曲试验等方法研究了Co-Fe合金的微观组织结构、马氏体相变特性及形状记忆效应。
4) Co-Fe-P alloy
Co-Fe-P合金
1.
In this paper Co-Fe-P alloy was prepared by chemical plating.
采用化学镀方法制备Co-Fe-P合金,分析络合剂种类和浓度对化学镀层沉积速率和镀层结构的影响。
5) Fe-Co based alloy
Fe-Co系合金
6) Fe-Co-Ni alloy
Fe-Co-Ni合金
1.
Microemulsion synthesis and characterization of Fe-Co-Ni alloy nanoparticles;
微乳液法合成Fe-Co-Ni合金纳米微粒
2.
Process of electroplated Fe-Co-Ni alloy;
电沉积Fe-Co-Ni合金工艺
3.
Quasi-aligned ZnO sub-micron structures have been synthesized by hydrothermal process in solution of zincnitrate(Zn(NO3)2·6H2O) and ammonia(NH3·H2O) on Fe-Co-Ni alloy at 85 ℃.
以Fe-Co-Ni合金为衬底,硝酸锌(Zn(NO3)2。
补充资料：(betab-5-11)-iron carbonyl (fe(co)5
CAS：13463-40-6
分子式：C5FeO5
分子质量：195.90
中文名称：五羰基铁
英文名称：fer pentacarbonyle；fer pentacarbonyle (french)；iron carbonyl；( betab-5-11)-iron carbonyl (fe(co)5；iron carbonyl (fe(co)5), (tb-5-11)；iron carbonyl compounds；iron carbonyl fe(co)5；pentacarbonyl-iro；iron pentacarbonyl(as fe)；iron,pentacarbonyl-
分子式：C5FeO5
分子质量：195.90
中文名称：五羰基铁
英文名称：fer pentacarbonyle；fer pentacarbonyle (french)；iron carbonyl；( betab-5-11)-iron carbonyl (fe(co)5；iron carbonyl (fe(co)5), (tb-5-11)；iron carbonyl compounds；iron carbonyl fe(co)5；pentacarbonyl-iro；iron pentacarbonyl(as fe)；iron,pentacarbonyl-
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