B0
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The Bo0 in MRI refers to the main magnetic field and is measured in Tesla. The majority of MRI systems in clinical use are between 1.5T and 3T.
Altering the field strength will affect the Larmour frequency at which the protons precess.
See also
-<p>The <strong>B<sub>o</sub></strong> in <a href="/articles/mri-introduction">MRI</a> refers to the main <a href="/articles/magnetic-field">magnetic field</a> and is measured in <a href="/articles/tesla">Tesla</a>. The majority of MRI systems in clinical use are between 1.5T and 3T.</p><p>Altering the field strength will affect the <a href="/articles/larmor-frequency">Larmour frequency</a> at which the protons <a href="/articles/precession">precess</a>.</p><h5>See also</h5><ul><li><a href="/articles/15t-vs-3t">1.5T vs 3T</a></li></ul>- +<p>The <strong>B<sub>0</sub></strong> in <a href="/articles/mri-introduction">MRI</a> refers to the main <a href="/articles/magnetic-field">magnetic field</a> and is measured in <a href="/articles/tesla">Tesla</a>. The majority of MRI systems in clinical use are between 1.5T and 3T.</p><p>Altering the field strength will affect the <a href="/articles/larmor-frequency">Larmour frequency</a> at which the protons <a href="/articles/precession">precess</a>.</p><h5>See also</h5><ul><li><a href="/articles/15t-vs-3t">1.5T vs 3T</a></li></ul>