Diffusion Pore Imaging by Double Wave Vector Measurements

Keywords

acquisition acquisitions advantageous allow amplification analytical applicable application applied appropriate arbitrary attenuations better cancer characterization closed collected combination conference considered contrary contrast convergence cylinder cylindrical described design determination diffusion directly disease domain domains double drop duration echoes employing enabling equally equals equation errors estimation even exact exactly exhibit expressions extension fails faster field finally find finite function gradient gradients infer initial inside interpolation inverse iterative iteratively last limit long lost many measure measuring medical narrow nature numerical omitted outside part phys physics pore pores porous position preserving press principal process properties propose proposed pulse pulsed pulses quantitative quotient radial radiology radon reach real recently reciprocal reconstructed recover regarding relies required sample scheme shape short simulations since solely space spaced stimulated successful suggested surrey symmetric systems talk theory transform triangular valid vector vectors volume wave whole write yielding zero