Improvement of magnetic resonance imaging using a wireless radiofrequency resonator array

Keyphrases

• Magnetic Resonance Imaging 100%
• Radio Frequency 100%
• Signal Sensitivity 100%
• Wireless 100%
• Array Design 100%
• Transmitted Field 100%
• Resonator Array 100%
• Imaging Systems 50%
• Tesla 50%
• Field Strength 50%
• Human Body 50%
• Inductively Coupled 50%
• High Field 50%
• Static Magnetic Field 50%
• High Field Strength 50%
• Magnetic Field Strength 50%
• Cost Efficiency 50%
• New Humanities 50%
• Low Field 50%
• Transmission Efficiency 50%
• Structure Efficiency 50%
• Precession Frequency 50%
• Tissue Size 50%
• Field Systems 50%
• Wavelength Effect 50%
• Field Distribution 50%
• Operating Frequency 50%
• Structure Flexibility 50%
• RF Resonator 50%
• Field Uniformity 50%
• Inductive Coupling 50%
• Structure Cost 50%

Engineering

• Field Strength 100%
• Resonator 100%
• Imaging Systems 50%
• Technical Challenge 50%
• Tesla Roadster 50%
• Magnetic Field Strength 50%
• Field Distribution 50%
• Static Magnetic Field 50%
• Field System 50%
• Operating Frequency 50%
• Inductive Coupling 50%
• Cost Efficiency 50%
• Field Uniformity 50%

Material Science

• Mechanical Strength 100%
• Magnetic Resonance Imaging 100%
• Resonator 66%