Efficient and Accurate Bloch-Based Simulation of Intra-Voxel Dephasing Using Multiple Isochomats and Magnetization Spatial Gradients

Keywords

able accuracy accurate accurately achieve adequate aims allow alone although analytical anatomy applications appropriately approximation approximations artifacts assign assigned available better calculating calculation capable certain city coil combination common commonly comparing computation computational constant contains crucial crusher decay density describe developments digital dimensional distribution distributions echoes effective effectively efficiency efficient efficiently either electromagnetic equally erroneous events existing expected field fields free frequency full funding generally generated generating gold gradient gradients hand human hybrid improved inaccurate increasing induction input intra keep keeping keeps least limited magnetization many mapping memory model models numerical numerous optimal package pattern patterns populating previously principles problematic proportional proposed published pulse quantitative radiology realistic reasonable refocusing remove require required requires requiring resolution resources scenarios schemes selective simulate simulated simulating simulation simulator slice solvers spatial spin spoiling stimulated straddled straightforward strategies studies summation system though tissue track tracking trans trend understanding utilization validate validated validating validation vector vectors zeroth