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- B₀ abstract "B0, that is "B subscript zero", is also generally used in Magnetic Resonance Imaging to denote the net magnetization vector. Although in physics and mathematics the notation to represent a physical quantity can be arbitrary, it is generally accepted in the literature, such as the International Society for Magnetic Resonance in Medicine that B0 represents net magnetization. This is particularly prominent in areas of science where magnetic fields are important such as spectroscopy. By convention, B0 is interpreted as a vector quantity pointing the z-direction, with subsequent x and y cartesian axes oriented with the right hand rule.B0 is also the symbol often used to denote the reference magnetization in which equations with electromagnetic fields are normalized.".
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- B₀ wikiPageWikiLink Cartesian_coordinate_system.
- B₀ wikiPageWikiLink Category:Magnetic_resonance_imaging.
- B₀ wikiPageWikiLink Electromagnetic_field.
- B₀ wikiPageWikiLink Electromagnetic_fields.
- B₀ wikiPageWikiLink Euclidean_vector.
- B₀ wikiPageWikiLink International_Society_for_Magnetic_Resonance_in_Medicine.
- B₀ wikiPageWikiLink Magnetic_Resonance_Imaging.
- B₀ wikiPageWikiLink Magnetic_resonance_imaging.
- B₀ wikiPageWikiLink Mathematics.
- B₀ wikiPageWikiLink Physics.
- B₀ wikiPageWikiLink Right-hand_rule.
- B₀ wikiPageWikiLink Right_hand_rule.
- B₀ wikiPageWikiLink Spectroscopy.
- B₀ wikiPageWikiLink Vector_(geometric).
- B₀ wikiPageWikiLinkText "B₀".
- B₀ hasPhotoCollection B₀.
- B₀ wikiPageUsesTemplate Template:Unreferenced.
- B₀ subject Category:Magnetic_resonance_imaging.
- B₀ comment "B0, that is "B subscript zero", is also generally used in Magnetic Resonance Imaging to denote the net magnetization vector. Although in physics and mathematics the notation to represent a physical quantity can be arbitrary, it is generally accepted in the literature, such as the International Society for Magnetic Resonance in Medicine that B0 represents net magnetization. This is particularly prominent in areas of science where magnetic fields are important such as spectroscopy.".
- B₀ label "B₀".
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- B₀ sameAs Q5005761.
- B₀ sameAs Q5005761.
- B₀ wasDerivedFrom B₀?oldid=450274895.
- B₀ isPrimaryTopicOf B₀.