Magnetic resonance imaging apparatus and magnetic resonance imaging method
AssigneeHitachi Medical Corporation
InventorsYasuhiro Kamada, Hikaru Hanada, Masahiro Takizawa
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AssigneeHitachi Medical Corporation
InventorsYasuhiro Kamada, Hikaru Hanada, Masahiro Takizawa
Estimating the term…
In the non-Cartesian measurement, image quality is improved while the advantages of non-Cartesian measurement are maintained. To realize the aforementioned, in the non-Cartesian measurement, artifacts caused by non-uniform data density in k-space are reduced. Therefore, each unit k-space is imaged by an inverse Fourier transform, the field of view of the image is enlarged in a direction in which data density is to be increased, and the image after the enlargement of the field of view is Fourier transformed and gridded as unit k-space that has a small k-space pitch in the direction in which the field of view has been enlarged and has an increased amount of data. This processing is repeated for all blades.
A magnetic resonance imaging apparatus, comprising:
A magnetic resonance imaging method, comprising:
Dependencies are inferred from the claim text.