1) array electrode
阵列电极
1.
A simulated device was designed to study the crevice corrosion behavior of printed circuit board(PCB),and array electrode technique was established to measure the corrosion potential of copper in the crevices of the PCB immersed in aqueous NaCl and investigate the effects at various factors on the crevice corrosion behavior at the copper.
采用模拟印刷电路板缝隙腐蚀装置,发展阵列电极方法测试缝隙内电路板表面铜在NaCl溶液中的腐蚀电位,研究了多种因素对其缝隙腐蚀行为的影响。
2.
This paper introduces the basic principle of electrical capacitance tomography(ECT)system,and analyzes the effects of the structure parameters of array electrodes on the sensitivity distribution using finite element method(FEM),and also makes optimum design.
基于电容敏感原理设计的数字化电容层析成像系统,利用有限元法,分析了阵列电极结构对敏感场分布的影响,通过优化设计和仿真试验,改善了敏感场分布的均匀性;构建了以DSP为核心、FPGA协同工作的12电极的数字化ECT系统,提出了由离线预迭代和在线一步成像所构成的新的图像重建算法——预迭代法,其成像速度及精度均明显提高。
2) array electrodes
阵列电极
1.
Micro array electrodes and holes combination process by EDM and ECM is analysed and studied in this paper.
用微细电火花线切割机加工出3×3至10×10系列方形阵列电极,宽度在25~90μm,加工中采用降低加工电压、加工电流、进给速度和减小工作液冲击等方法,获得了质量较好的阵列电极,并分别利用微细电化学加工和微细电火花加工两种工艺方法进行阵列孔加工。
3) electrode array
电极阵列
1.
A dithering boundary electrode array for high resolution time-of-flight mass spectrometer was reported.
通过在印刷线路板上刻蚀制得一种用于高分辨飞行时间质谱仪的锯齿状边界一体化电极阵列,该阵列具有锯齿状边界的条状图案,可构造TOF-MS的离子加速器和反射器。
4) Microarray electrode
微阵列电极
1.
The resistance of microarray electrode covered with nano TiO_2 film shows character of semiconductors.
采用溶胶凝胶法在叉指型微阵列电极表面制备了 TiO_2纳米薄膜,并对薄膜形貌、厚度以及溶胶粒子尺寸进行了表征,研究了温度、紫外光照对纳米 TiO_2 薄膜微阵列电极的电阻的影响。
5) microelectrode arrays
微电极阵列
1.
The application of microelectrode arrays in the research of electrophysiological properties of rats cardiac tissue slices;
微电极阵列技术在大鼠心脏组织电生理特性研究的应用
2.
A kind of flexible neural microelectrode arrays(MEAs) were developed on a new polymer,parylene which has an excellent performance.
采用聚对二甲苯(parylene)作为基底,通过对柔性神经微电极阵列结构、引线排布、电极材料等进行优化选择和设计,并采用微机电加工工艺(MEMS),设计并研制出了2×8柔性神经微电极阵列,旨在为视网膜神经接口电极的研究开发奠定基础。
3.
Two weeks after gene transfer,field potentail and local potential were detected respectively by microelectrode arrays and dipolar electric potential mapping.
目的:采用微电极阵列技术(MEA)与局部电位探查法观察大鼠心梗周围区转SERCA2a基因后心肌电生理的变化,并对这两种方法进行比较。
6) microelectrode array
微电极阵列
1.
Design and simulation of artificial retina microelectrode array based on MEMS;
基于MEMS的人工视网膜微电极阵列设计仿真
2.
Development of microelectrode array based cell sensor;
微电极阵列细胞传感器芯片技术的研究进展
3.
An easy-to-prepare method for fabrication of tungsten microelectrode array
钨丝微电极阵列的简易制备方法
补充资料：驺列
1.仪卫。
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