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Research Topic
Research Topic
Figures taken from (Coyne, 2012)
At ultra-high field strengths (7T and above), antenna-based RF coil designs play a key role in achieving improved deep-tissue signal and overall imaging performance.
However, ultra-high field MRI presents substantial electromagnetic challenges, such as field inhomogeneity, inter-element coupling, and safety constraints (e.g., SAR), emphasizing the critical importance of advanced RF coil engineering.
However, ultra-high field MRI presents substantial electromagnetic challenges, such as field inhomogeneity, inter-element coupling, and safety constraints (e.g., SAR), emphasizing the critical importance of advanced RF coil engineering.
Research Projects
Research Projects
7T 심부 뇌영상용 RF 코일 제작
8-Ch Transmit/Receive Sleeve Antenna with 20-Channel Receive Coaxial Loop Array for 7T MRI
8-Ch Transmit/Receive Sleeve Antenna with 20-Channel Receive Coaxial Loop Array for 7T MRI
8-Ch Transmit/Receive Monopole Antenna with 16- Channel Receive Loop Array for 7T MRI
8-Ch Transmit/Receive Monopole Antenna with 16- Channel Receive Loop Array for 7T MRI
A 32-channel sleeve antenna receiver array for 10.5T MRI
3T / 7T 전립선 질환 진단용 RF 코일 제작
A Wearable Close-fit 8-channel Transmitter / 16-channel Receiver Sleeve Antenna Array for Prostate Imaging at 7 Tesla
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