Optimization of Spin-Lock Parameters for Chemical Exchange Imaging Contrast Enhancement by Maximizing Asymmetric Magnetization Transfer Ratio: A Theoretical Study

Keywords

according achieved alternatively analytically applicable applied approaches asymmetric asymptotically audience basis besides beyond blocks certain challenging chemical clinical close compatible considered contrast dash defined denote dependence dependent depicted described detect enhancement equations even exchange expressed fast field fixed forms frame frequency generally grant great hardware hong illustrate importance in vivo intermediate investigated labile larger like limit lock long longer macromolecules magnetization maximal maximization maximize maximizes maximizing mechanism medical model monotonically mostly much normally novel numerically often optimal optimization optimized particularly performance physicist plotted pool population populations preferable probe process processes proton radiographer radiologist radiology reduces regard researcher resonant respectively restriction rotating saturation searched sensitive short shorter simulated simulations since slow spectra spectrum spin step still strength support target theoretical theoretically traditional traditionally transfer useful varying water yuan