The Effect of Lung Inflation on the T2* of 129Xe in the Human Lungs at 1.5 T and 3 T

Keywords

academic accumulation affected alveolar approved asked bandwidth best body breath bulk capacity chapter clinical coils coincide collected conference constant coronal counters covering dependence dependent dilution distribution doses dual emphysema enabling even exchange expected expiration field flexible forced frozen full geometry grade gradient graham healthy histogram histograms hold homebuilt human incurs indicating inflation influence inhalation inhale inhaled inspiration interfaces interleaved investigate kingdom largely larger lead linear literature longer loss lung lungs male maps materials matrix measured median medical metric minutes narrower phys potentially predicted previously proceedings pseudo pulse quadrature quantitative radiology receive regime regulatory reported reproducibility residual respectively room rubidium shorter slice slices south spin spoiled static strength strengths strong stronger sublimated suggest susceptibility system systems thawing theory though tissue transmit transverse twin typical uncertainty upon volume volunteer volunteers whole wild xenon years