April 2009 · Volume 28, Issue 4 · Vol. 28 · Issue 4 · DOI 10.1109/TMI.2008.2006523
Shumin Wang, Joseph Murphy-Boesch, Hellmut Merkle, Alan P. Koretsky, Jeff H. Duyn
Abstract / 摘要
EnglishTransmit $B_1^+$ 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.
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
Translation: pending
AI: pending
Article 4637858