作者: M. Doyle , P. Mansfields
关键词: Pixel 、 Shift-and-add 、 Hybrid approach 、 Chemistry 、 Hybrid system 、 Chemical shift imaging 、 Optics 、 Nuclear magnetic resonance 、 Sample (graphics) 、 Projection (set theory)
摘要: The hybrid technique of projection-reconstruction echo-planar (PREP) imaging for obtaining chemical-shift images is demonstrated experimentally using a fluorine sample. which variation on (EPI) relies multipass procedure. It nevertheless quite efficient and consequently may be produced in few minutes. method produces 64 regions, each region mapped spatially by × pixels. time was just over 4 min. These chemical-shifted can straightforwardly added together to form an undistorted image the complete object. In addition spectrum extracted various unambiguously assigned spectral peaks.