1.
Differential pulse Anodic Stripping Voltammetric Characteristic of Zinc on Pencil core Electrode Modified with 1 (2 Pyridyl Azo) 2 Naphthol;
锌在PAN修饰的铅笔芯电极上的差分脉冲阳极溶出伏安特性
2.
Characterization of actuator of half coated metal piezoelectric fiber
半电极含金属芯压电纤维的驱动性能
3.
Research on Bio-Chemical Analysis System Based on Electrophoresis Chip with Arrayed-Electrode;
基于阵列电极电泳芯片分析系统的研制
4.
MULTI-ROW GRAPHITE CORES NIHCF FILM ELECTRODES FOR ELECTROCHEMICALLY CONTROLLED CESIUM ION SEPARATION
多排石墨芯NiHCF膜电极电化学控制Cs~+分离
5.
Studies on the Fabrication and Applications of Film Reference Electrode on Microfluidic Chips;
微流控芯片上薄膜参比电极的制备与应用研究
6.
Research on C-MEMS Technology for Fabricating Biochip Carbon Microelectrodes;
生物芯片碳微电极的C-MEMS制备工艺研究
7.
Research of Cell Concentration and Separation on the Dielectrophoretic Chip with Arrayed Opposite Electrodes
阵列式对电极介电电泳芯片及其用于细胞分离富集研究
8.
SMT power inductor formed by directly connected electrode on ferrite core.
大功率表面贴装电感的电极组成是直接连接在磁芯上。
9.
The fabrication of metallic electrodes with a nanometer/angstrom sized gap on chip using electrochemical method
采用电化学法在芯片上制备金属电极的纳米／埃间隔
10.
Research on Electric-control Biochip Based on Linear-arrayed Electrode;
线性阵列电极电控生物芯片及其控制系统的研制
11.
Preparation and Characterization of Multi-row Graphite Cores NiHCF Film Electrodes for Electrochemically Controlled Ion Separation
多排石墨芯基体NiHCF膜电极的制备与电控离子分离性能
12.
Uranium metal and uranium dioxide powder and pellets determination of nitrogen content method using ammonia sensing electrode???
用氨敏感电极测定铀金属和二氧化铀粉末及芯块氮含量的方法
13.
Micro Fluidic Amperometric Immunosensor Chip for HIV p24 andgp36 Antigens Based on Gold Magnetic Nanoensemble Electrode
采用抗体包被金磁纳米微粒修饰电极的HIV p24/gp36安培联检芯片
14.
Development of MEA-based Olfactory Neural Chip and Its Testing System
基于微电极陈列的嗅觉神经芯片及其测试系统的研制
15.
Micro Fluidic Amperometric Immunosensor Chip for HIV-p24 Antigen Based on Gold Nanoensemble Electrode
基于纳米金组合电极的HIV p24微流控安培免疫传感芯片研究
16.
NC Program and Electrode Design of Core and Cavity of Injection Mold for the Front-Shell
落地扇前盖注射模型芯型腔的数控编程与电极设计
17.
One of the major factors that cause the failure of electrolytic capacitors is corrupted anode and dried working electrolyte.
铝电解电容器失效机理主要是芯子吸附的工作电解液逐渐干涸和阳极腐蚀。
18.
monopolar needle electrode
单极针电极 单极针电极