Signal and Noise Propagation in MR Receive Arrays: Theory and Experimental Validation

Keywords

account active address agreement aims amplification analyzer array arrays authors automatic basic basis beginning behavior believed bottle built calculation capability cascade chain channel channels characterize circuit clear coefficient coil coils complex components conditionings conditions conjunction connected consists contrast contributions correlation correspondent coupled coupling covariance coverage decoupled delivered described design developed device directly discrimination distinction distinguishes electrical eventually experiment experimental explain expressed extended formalism formulated gain general generally generated geometrically good gradient hence human impedance implies increasing indicated indicates individual injurious involved lacks letter like linear load loop loss maps matched matching materials matrices matrix maximized measure measured might mismatch model multichannel network noise outgoing output passive performance pixel ports predict predicted prediction predominantly previous produced propagate propagation random reason receive receiver reconstruction reduce regarded relies scattered scattering since situation situations source stage system systems taken technical theorem theoretical theory tolerated trans transform transformation typically underestimated understanding validation vector voltages wave waves