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We propose multiMap, a single scan that can generate several quantitativemaps simultaneously. The sequence acquires multiple images in a time-efficientmanner, which can be modeled for T_2, T2*, main- and transmit-fieldinhomogeneity, T_1:equilibrium magnetization, and water and fat content. Thesequence is constructed so that cross-dependencies between parameters areisolated. Thus, each parameter can be estimated independently. Estimates of allparameters are shown on bottle phantoms, the brain, and the knee. The resultsare compared to estimates from established techniques.

multiMap: A Gradient Spoiled Sequence for Simultaneously Measuring B1+, B0, T1/M0, T2, T2*, and Fat Fraction of a Slice