TMI Watch IEEE Transactions on Medical Imaging metadata monitor

Volume 28, Issue 4

1 articles collected from IEEE Xplore web pages.

Latest update 2026/06/07 08:59
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Shumin Wang, Joseph Murphy-Boesch, Hellmut Merkle, Alan P. Koretsky, Jeff H. Duyn

Body Part 身体部位
Pending
Modality 模态
Pending
Abstract / 摘要
English

Transmit $B_1^+$ field homogenization in high-field ( ${>}3.0$ T) human magnetic resonance imaging (MRI) is challenging due to radio-frequency wavelength effects. An approach based on appropriately coupling surface coils to a volume coil was investigated. Electromagnetic simulation results demonstrated the feasibility and effectiveness of this method in proton MRI of the human head at 7.0 T.

中文

中文摘要翻译待生成

Author Info / 作者信息
Shumin Wang Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Joseph Murphy-Boesch Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Hellmut Merkle Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Alan P. Koretsky Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Jeff H. Duyn Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
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