1·Semiconductor processing techniques are being utilized to fabricate multichannel microelectrode probes for recording neural signals from central nervous system.
为了从中枢神经系统记录电信号，半导体加工技术已经被用于微电极探针的制造。
2·The charging-discharging performances of these samples were examined with galvanostatic charging-discharging experiments and powder microelectrode cyclic voltammetry experiments.
运用恒电流充、放电实验和粉末微电极循环伏安实验来检测上述试样的充、放电性能。
3·The poly (neutral red) _ modified carbon fiber (PNR-CF) microelectrode was prepared by means of electrochemical polymerization.
利用电聚合方法制备了聚中性红(PNR)修饰碳纤维微电极。
4·The results of powder microelectrode and in simulated batteries showed that the material had excellent cyclic performance.
粉末微电极和模拟电池实验显示该材料具有良好的循环可逆性。
5·The cell fusion room of chip was completed by MEMS and made into an array of the microelectrode to realize huge cell fusion and to improve the efficiency of cell fusion.
采用微加工技术将芯片的细胞电融合小室制作成微电极阵列以实现细胞的大量融合，提高细胞的融合效率。