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Pn, nuclear magneton

Extending these ideas to nucleons, we can define the nuclear magneton, pN as (eh /2mp), which has the numerical value of 3.15 x 10-8 eV/tesla or... [Pg.48]

For all nuclides, pn = e (h/2n)/(2mv) called the nuclear magneton. Here mp is the mass of the proton. For bare unshifted nuclides, g = °2nU3. [Pg.3]

Nuclear magneton p-N = 5.051 x 10 JT Magnetic dipole moment = 1.913 Pn Approximate values for ranges of energy... [Pg.6140]

See other pages where Pn, nuclear magneton is mentioned: [Pg.404] [Pg.220] [Pg.59] [Pg.584] [Pg.434] [Pg.404] [Pg.220] [Pg.59] [Pg.584] [Pg.434] [Pg.252] [Pg.258] [Pg.348] [Pg.350] [Pg.722] [Pg.190] [Pg.6141] [Pg.6538] [Pg.71] [Pg.482] [Pg.262] [Pg.167] [Pg.65] [Pg.56] [Pg.2450] [Pg.15] [Pg.193] [Pg.24] [Pg.8] [Pg.8] [Pg.9] [Pg.13] [Pg.14] [Pg.136] [Pg.871] [Pg.365] [Pg.113] [Pg.686] [Pg.8] [Pg.149]

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Nuclear magneton

PNS