This paper presents a new algorithm of Electrical Capacitance Tomography (ect) based on sensitivity distribution transformation.
本文提出了一种新的基于敏感场变换的电容层析成象(ect)算法。
An improved algorithm based on finite element method to calculate the sensitivity distribution of capacitance sensor is presented.
提出一种基于有限元的电容灵敏度分布改进计算法。
The calculation time of sensitivity distribution is greatly reduced by quick generating global stiffness matrix and quick calculating capacitance value.
提出一种基于有限元的两相流检测用电容传感器灵敏度分布的快速计算法。
The three dimensional sensitivity distribution of an 8 electrode capacitance tomography sensor is analyzed using three-dimensional finite element method.
用电容传感器的三维有限元模型，分析了8电极电容层析成象传感器灵敏度的三维分布。
A finite element simulation software is developed, which is used to calculate capacitance between electrodes and define the sensitivity distribution of 12 electrode...
用自开发的有限元仿真软件包模拟计算电极对间的电容值，确定12电极电容层析成像系统的灵敏场分布。
Test results showed the homogenous error of sensitivity distribution of the sensor was 13%, which is much better than the capacitance sensor with only one pair of electrodes.
实验证明由该种“复合式极板”构成的电容式浓度传感器的检测场均匀性误差可达13%，远远优于单对极板的该项指标。
A finite element simulation software is developed, which is used to calculate capacitance between electrodes and define the sensitivity distribution of 12 electrode capacitance tomography system.
用自开发的有限元仿真软件包模拟计算电极对间的电容值，确定12电极电容层析成像系统的灵敏场分布。
A finite element simulation software is developed, which is used to calculate capacitance between electrodes and define the sensitivity distribution of 12 electrode capacitance tomography system.
用自开发的有限元仿真软件包模拟计算电极对间的电容值，确定12电极电容层析成像系统的灵敏场分布。
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