Simulation study on Magnetic Resonance Electrical characteristic Imaging of Human Peritoneal Cancer
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Based on the new principle, new mechanism, new material and new imaging frontier technology, the research and realization of the new imaging frontier technology will provide the core technical support for the realization of early diagnosis, accurate diagnosis, minimally invasive treatment and accurate treatment of abdominal cancer. To carry out the study of magnetic resonance imaging (MRI) in order to realize the electrical conductivity and relative dielectric rate of the abdominal tissue in the human body. The simulation results on the human abdominal cavity model containing 10 kinds of tissues show that the location and size of the tumor can be detected by MREPT technique in the case of signal-to-noise ratio (SNR) SNR=30. In view of the great change of dielectric properties after carcinogenesis, the changes of dielectric properties are even up to a few. The MREPT technology expected to bring new engineering technology for human abdominal cancer.
Cancer Magnetic resonance imaging Electrical properties Conductivity