Difference between revisions of "Gyromagnetic ratio"

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! Nucleus
 
! Nucleus
! <span style="font-family:symbol;">g</span>(10<sup>6</sup> rad⋅s<sup>−1</sup>⋅T<sup>−1</sup>)
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! <span style="font-family:symbol;">g</span>(10<sup>6</sup> rad⋅s<sup>−1</sup>⋅T<sup> −1</sup>)
! <span style="font-family:symbol;">g</span>/(2\&pi;)(MHz⋅T<sup>−1</sup>)
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! <span style="font-family:symbol;">g</span>/(2\&pi;)(MHz⋅T<sup> −1</sup>)
 
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| <sup>1</sup>H
 
| <sup>1</sup>H

Revision as of 10:31, 19 March 2020

Gyromagnetic ratios of some common nuclei:

Nucleus g(106 rad⋅s−1⋅T −1) g/(2\π)(MHz⋅T −1)
1H 267.52218744(11) 42.577478518(18)
2H 41.065 6.536
3H 285.3508 45.415
3He −203.789 −32.434
7Li 103.962 16.546
13C 67.2828 10.7084
14N 19.331 3.077
15N −27.116 −4.316
17O −36.264 −5.772
19F 251.662 40.052
23Na 70.761 11.262
27Al 69.763 11.103
29Si −53.190 −8.465
31P 108.291 17.235
57Fe 8.681 1.382
63Cu 71.118 11.319
67Zn 16.767 2.669
129Xe −73.997 −11.777