Proton Magnetic Resonance Imaging with Para-Hydrogen Induced Polarization ( Supplementary Information )

@inproceedings{Dechent2012ProtonMR,
  title={Proton Magnetic Resonance Imaging with Para-Hydrogen Induced Polarization ( Supplementary Information )},
  author={Jan Falk Frederik Dechent and Lisandro Buljubasich and Laura Maria Schreiber and Hans Wolfgang Spiess and Kerstin M{\"u}nnemann},
  year={2012}
}
A: Different T2* scenarios Different scenarios must be considered for the presented contrast mechanism concerning transverse relaxation and signal amplitudes, corresponding to different commonly encountered situations. Here we treat the cases of A.1: the thermal background having a smaller T2* time than the hyperpolarized substance, A.2: both substances exhibiting similar T2* times, and A.3: the hyperpolarized signal is smaller than the signal of the background. 

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