超细铜粉,ultrafine copper powder英语短句,例句大全

超细铜粉,ultrafine copper powder
1)ultrafine copper powder超细铜粉
1.Preparation of ultrafine copper powder with hydrazine hydrate as reducing agent;水合肼为还原剂制备超细铜粉的研究
2.Because of special physical and chemical properties, ultrafine copper powders have been used in many kinds of fields, such as conduction materials, catalysts, lubricant addition, nanocrystalline copper materials, medicine and so on.超细铜粉由于其特殊的物理、化学方面的性质已经广泛应用于导电材料、催化、润滑油添加剂、纳米晶铜、医药等多个领域中。
3.The activation pretreatment of copper concentrate has been done by high energy ball mill,and ultrafine copper powder with average size less than 10 μm has been prepared by directly using copper concentrate and ultrasonic slurry electrolysis.采用高能球磨对铜精矿进行活化预处理,并通过超声场辅助矿浆电解的方法直接利用铜精矿制备出平均粒度小于10μm的超细铜粉。

英文短句/例句

1.Preparation of ultrafine copper powder for MLCC electrode by two-step reduction两步还原法制备MLCC电极用超细铜粉
2.The Development of Ultrafine Copper Powder Preparation by Liquid Phase Reductive Process液相还原法制备超细铜粉的研究进展
3.Research on Size Control Mechanism of Copper Powder by Electrolysis Process;电沉积制备超细铜粉的粒径控制机制研究
4.Research on Chemical-reduction Technology and Mechanics for Preparing Ultrafine Copper Powders化学还原法制备超细铜粉工艺及机理研究
5.Study on Micromixing Effect on Preparation Process of Ultrafine Copper Powder by Chemical Method微混效应对化学法制备超细铜粉的影响分析
6.Research of Technics and Mechanism on Preparing Particle-Controlled Ultrofine Copper Powder by Electrolyzing Emulsification;粒度可控超细铜粉电解乳化法制备工艺及其机理研究
7.Preparation and Surface Modification of Ultrafine Copper Powder for MLCC Electrode;多层陶瓷电容器电极用超细铜粉的制备与表面改性研究
8.The Study on the Process of Modified the Surface of Ultra-fine Powder with Organism超细铜粉表面包覆有机物进行改性的工艺及性能研究
9.Preparation and Characterization of Iron Oxide and Copper Powder Ultra-Fine Particles;氧化铁和铜粉超细粒子的制备与表征
10.Study on Preparation of Ultrafine Copperoxide Powder by Interfacial Precipitation Method;界面沉淀法获取氧化铜超细粉体的方法研究
11.Preparation of Cu-Zn Ultrafine Powders by the Method of Thermal Spray and Ball Milling & Study on Dispersing of the Powders;热喷涂球磨法制备超细铜锌粉及其分散性研究
12.Production and Sintering Property of Ultra-fine W-Cu and Mo-Cu Powders;超细钨铜和钼铜复合粉体的制备及其烧结性能研究
13.Synthesis and Sinterability of Superfine W-Cu and Mo-Cu Powders by Wet-chemical Methods湿化学法制备超细钨铜和钼铜复合粉体及其烧结性能的研究
14.Preparation of Combustion Catalyst β-Cu Ultrafine Powders in Impinging Steam-Rotating Packed Bed;IS-RPB反应器制备燃速催化剂2，4-二羟基苯甲酸铜超细粉末的研究
15.Study on the Optimization of Manufacturing Process and the Structure for Superfine Cu-Zn Powder Made by the Methods of Thermal Atomization and Wet Grind;热喷球磨法制备超细铜锌粉的工艺优化及其组织研究
16.Study on the Oxidation Behavior of Fine Copper Powder in Air and Its Surface Modification;微细铜粉的空气氧化及表面改性研究
17.Interference fit level for electricity spindle on superfine cellulosine disintegrator超细木粉粉碎机电主轴的过盈配合量
18.Preparation of Ultrafine Cobalt Powder by Ultrasonic Electrolytic Process and Application of the Ultrafine Cobalt Powder;超声电解法制备钴超细粉体及其应用

相关短句/例句

Ultrafine Cu-Zn powder超细铜锌粉
1.The methods of thermal spray and mechanical ball milling were combined in this paper and a new method of preparation of ultrafine Cu-Zn powder was brought forward.本文将热喷涂法与机械球磨法相结合 ,提出一种新的超细铜锌粉末的制备方法。
3)superfine copper powders铜超细粉体
1.In this thesis,the classification of superfine copper powders obtained from chemical reduction method has been researched using a special U pipe which was designed and made by ourselves,and the particle sizes and distribution have been characterized by transmission electron microscope (TEM) and laser particle analysis instrument.用自制U型管液压装置,对化学还原法制备的铜超细粉体进行了分级研究。
4)micro flake copper powder片状超细铜粉
1.The optimum temperature, amount of ammonia, and blue copperas concentration for preparation of micro flake copper powder are determined by orthogonal test.采用化学还原法 ,以抗坏血酸为还原剂 ,氨水为络合剂 ,制备了片状超细铜粉 (粒径 1～ 10 μm)。
5)Superfine Cu-Zn Powder超细铜锌粉末
1.Study on the Optimization of Manufacturing Process and the Structure for Superfine Cu-Zn Powder Made by the Methods of Thermal Atomization and Wet Grind;本文研究了热喷雾化与湿式球磨相结合来的新工艺制备超细铜锌粉末。
6)fine copper powder微细铜粉
1.The changes of morphology and structure of fine copper powder during oxidization process were observed by SEM and TEM,and their weight gain processes were measured by thermal gravity analyser (TGA).用SEM、TEM观测了微细铜粉在250—400℃空气氧化过程中的形貌和结构变化,并用热重分析仪(TGA)测试了试样的氧化增重。