喷射电沉积,jet electrodeposition
1)jet electrodeposition喷射电沉积
1.Numerical simulation and experimental research on growth of dendritic crystals in jet electrodeposition喷射电沉积枝晶生长数值模拟及实验研究
2.Dendritic crystals were made by jet electrodeposition.利用喷射电沉积工艺制备镍枝晶。
3.A quasi-two-dimensional dendritic cluster was produced on graphite plate by jet electrodeposition using a self-designed apparatus with a parallel nickel plate as anode.以环形金属镍为阳极,石墨芯为阴极,利用点电极电沉积法制备了具有明显分形结构的二维金属镍枝晶;再以平行板金属镍为阳极,石墨板为阴极,用自行设计的试验设备,通过喷射电沉积法制备了准二维金属镍枝晶簇。
英文短句/例句

1.Simulation for Cathodic Electric Field Intensity in Jet Electrodeposition喷射电沉积阴极电场强度的仿真研究
2.Jet-Electrodeposition of Co-Ni Alloys and Their Thermal Stability;Co-Ni合金的喷射电沉积及其热稳定性
3.Research on Jet Electrodeposition and Laser Remelting Nanocrystalline Nickel Coating;喷射电沉积—激光重熔复合技术制备纳米晶镍沉积层工艺试验研究
4.Investigations of Anti-corrosion Property of Nanocrystalline Nickel Coating Synthesized by Pulse-jet Electrodeposition;脉冲喷射电沉积纳米晶镍镀层耐腐蚀性能研究
5.Numerical simulation and experimental research on growth of dendritic crystals in jet electrodeposition喷射电沉积枝晶生长数值模拟及实验研究
6.Research on Technological Process of Bulk Porous Nickel Prepared by Scanning Jet Electrodeposits块体多孔金属镍的逐层扫描喷射电沉积制备
7.Numerical Simulation of Ni Dendrite Fractal Growth in Jet-electrodeposition喷射电沉积中镍枝晶分形生长的数值模拟
8.Effect of Working Voltage on the Surface Topography and Performance of Jet-electrodeposition Ni Coatings工作电压对喷射电沉积Ni镀层形貌及性能的影响
9.Tester Design and Experimental Research on Foamed Metal Prepared by Jet-Electrodeposition;喷射电沉积制备泡沫金属的试验装置研制及试验研究
10.Cathodic Polarization of Jet Electrodeposition of Nano-Crystalline Ni and Its Microstructure;喷射电沉积纳米晶镍的阴极极化行为及其微观组织结构
11.The Jet Electrodeposition of Nano-crystalline Ni-Co Alloys and Their Micructure;纳米晶Ni-Co合金的喷射电沉积及其微观组织结构
12.STUDY ON THE HIGH SPEED JET ELECTRODEPOSITION OF NANO-CRYSTALLINE BULK NICKEL AND THEIR MICRO-STRUCTURE;纳米晶块体镍的喷射高速电沉积及其微观结构研究
13.Microstructure and properties of spray deposition 70%Si-Al alloy for electronic packaging applications喷射沉积70%Si-Al合金电子封装材料的组织与性能
14.Researches of Microstructues and Properties of Spray Deposited Al11.3Zn2.4Mg1.1Cu Alloy;喷射沉积Al11.3Zn2.4Mg1.1Cu合金组织及性能研究
15.The Microstructures and Mechanical Properties of Spray Deposited Heat Resistant High-Silicon Aluminum Alloy喷射沉积耐热高硅铝合金组织及性能
16.Intelligent Control for Forming Process of Cylindrical Spray Deposition柱状喷射沉积坯成形过程的智能控制
17.Study the Densification Process of Spray Deposited GCr15 Alloy喷射沉积坯GCr15合金的致密化研究
18.Research of Microstructure of Spray-deposited High Si-Al Alloy喷射沉积高硅铝合金的显微组织研究
相关短句/例句

jet-electrodeposition喷射电沉积
1.Study of pulse jet-electrodeposition of nickel;脉冲喷射电沉积镍工艺的研究
2.The flow field inside jet-electrodeposition nozzle is analyzed by using the software of ANSYS,and the analytic results are given out as visualized velocity field.用ANSYS软件对喷射电沉积喷嘴流场进行分析。
3.Change tendency of flow filed inside different nozzle cavities in jet-electrodeposition is analyzed and the distribution of pressure,velocity field inside cavities of plating solution is researched by the FEM analysis software-ANSYS.利用有限元分析软件ANSYS,分析了喷射电沉积工艺中不同喷嘴型腔里的流场变化趋势,研究了电镀液在型腔内的压力和速度分布规律。
3)jet electrodepositing喷射电沉积
1.To improve the properties of nanocrystalline nickel coating prepared by jet electrodepositing,laser remelting experiment was carried out and the effects of laser remelting on microsturcture and properties on coating were researched.为了提高喷射电沉积纳米镍涂层的性能,采用激光重熔工艺对涂层进行处理,研究了激光重熔对涂层微观组织和性能的影响。
2.The nanocrystalline nickel coatings were prepared by jet electrodepositing on the substrate of 0.采用喷射电沉积法在45钢基体表面制备了纳米晶镍涂层,研究了激光重熔工艺对组织的影响。
4)pulse jet electrodepositing脉冲喷射电沉积
1.Nanocrystalline nickel coatings were prepared by pulse jet electrodepositing on the substrate of 45 carbon steel.采用脉冲喷射电沉积方法在45钢基体表面制备了纳米镍涂层,用扫描电镜和X射线衍射仪研究了平均电流密度对镍涂层表面形貌、微观组织结构及平均晶粒尺寸的影响,并进行了耐腐蚀性试验。
5)Friction & Spray plating摩擦喷射电沉积
6)high speed jet-electrodepositon高速喷射电沉积
延伸阅读

电沉积分子式:CAS号:性质:(一)金属或合金从其化合物水溶液、非水溶液或熔盐中电化学沉积的过程。是金属电解冶炼、电解精炼、电镀、电铸过程的基础。这些过程在一定的电解质和操作条件下进行,金属,电沉积的难易程度以及沉积物的形态与沉积金属的性质有关,也依赖于电解质的组成、pH值、温度、电流密度等因素。(二)电泳涂漆中的一个过程,在直流电场作用下带电荷的树脂粒子到达相反电极,通过放电(或得到电子)析出不溶于水的漆膜沉积在被涂物表面。它是电泳涂装过程中的主要反应,反应时首先是在电力线密度特别高的部位进行(如被涂物的边缘棱角和尖端处),一旦沉积发生,被涂物就具有一定程度的绝缘性,电沉积逐渐向电力线密度低的部位移动,直到最后得到完全均匀的涂层为止。