Telomerase is a kind of ERT which causes catalysis and prolong the end of telomere.
端粒酶，是一种催化延长端粒末端的反向转录酶。
Based on this idea a dual sensing plane ERT system was developed by the authors. This paper focused on optimum design of the system and analysis of experimental results.
基于此目的，双敏感电极阵列的电阻层析成像系统被设计和开发，此文着重讨论其优化设计和实验测试结果与分析。
A new ERT reconstruction algorithm based on regularized general inverse method is presented. Images are reconstructed using data got from ERT simulation software.
提出一种正则化广义逆ert图像重建算法，利用ERT仿真软件得到的数据进行图像重建。
Based on the analysis of the electrode structure in ERT system, a new scheme for electrode sensor is proposed, including electrode installation method, the array of multi-plane electrodes, etc.
在分析ert系统电极结构的基础上，对电极传感器提出了新的设计方法，包括电极的安装方法、多层电极的排列形式等。
This thesis presents a deeply research work of dual-current source image reconstruct algorithms in ERT research aimed at increasing the quality of reconstruction image, and proposes improving plans.
本文针对提高重建图像质量的要求，对对称的双电流源激励模式下的图像成像算法进行了深入研究，并提出了改进方案。
In order to improve the image resolution of the system, a 3D model of ERT/ ECT dual-modality sensing electrode array was established by using the software COMSOL.
为了使系统获得更高的图像分辨率，通过电磁场有限元仿真软件COMSOL分析，构建ERT/ECT双模态敏感阵列电极三维模型。
In order to improve the image resolution of the system, a 3D model of ERT/ ECT dual-modality sensing electrode array was established by using the software COMSOL.
为了使系统获得更高的图像分辨率，通过电磁场有限元仿真软件COMSOL分析，构建ERT/ECT双模态敏感阵列电极三维模型。
应用推荐