The method of electrochemical micro-process based on scanning ion conductance microscopy (SICM) is developed.
提出了基于扫描离子电导显微术(SICM)的电化学微细加工方法。
As a new kind of scanning probe microscopy, scanning ion conductance microscopy (SICM) is designed for imaging non-conducting biological sample at the nanometer scale.
扫描离子电导显微镜技术是在纳米尺度进行非导电的生物样品成像的一种新型扫描探针显微镜技术。
The analysis of the characteristics of direct current shows that the material conductance is electronics-ion and the properties of the material are better with more composition of ion conductance.
直流特性法分析表明，材料属电子-离子混合导电机制，且离子电导成分越多材料的湿敏特性越好。
The kinetic mechanism for the behaviour of membrane conductance was given according to the ion diffusion in the membrane and the charging process in the equivalent circuit.
膜电导的上述行为可用离子在膜中的扩散解释，还可用电荷对电极等效线路的充电解释。
Result: the changes in the conductance of iodine solution were the same as those in the iodine ion solution concentration, but contrary to the iodine solution concentration.
结果：电导值的变化规律与碘离子浓度变化规律相同，与碘的浓度变化规律相反。
The methods are as follows: spectrophotometry, turbidimetry, atomic absorption spectrometry, polarography, conductance, ion selective electrode, ion chromatography, and flow injection analysis etc.
包括：分光光度法、比浊法、原子吸收法、极谱法、电导法、离子选择电极法、离子色谱法和流动注射分析法等。
The methods are as follows: spectrophotometry, turbidimetry, atomic absorption spectrometry, polarography, conductance, ion selective electrode, ion chromatography, and flow injection analysis etc.
包括：分光光度法、比浊法、原子吸收法、极谱法、电导法、离子选择电极法、离子色谱法和流动注射分析法等。
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