本文优化设计了磁声电相互耦合生物组织电特性成像的实验装置。
In the dissertation, a new experimental system is optimized to image bio tissue coupling of magnetic, acoustic and electric fields.
结论三种成像序列联合应用，有效地反映组织的磁共振特性，排除伪影干扰。
Conclusion Combined with these 3 fast sequences, the application can effectively visualize the tissue features of magnetic resonance and rule out the beating artifacts of heart and great vessels.
结论三种成像序列联合应用，有效地反映组织的磁共振特性，排除伪影干扰。
Conclusion Combined with these 3 fast sequences, the application can effectively visualize the tissue features of magnetic resonance and rule out the beating artifacts of heart and great vessels.
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