Neutron rest mass
The neutron rest mass - the mass of a neutron that remains at rest in the inertial frame of . The distinction between rest mass and the mass of a moving particle is important from the point of relativistic physics and is important, for example in the case of phenomena and experiments in the field of elementary particle physics.
Its value is: m n = 1 , 674927471 ( 21 ) ⋅ 10 & # x2212; 27 & # xA0; kg {\displaystyle m_{n}=1,674927471(21)\cdot 10^{-27}\ \operatorname {kg} }
and it is only slightly larger than the proton's resting mass, but over 1800 times greater than the value of the resting mass of the electron.
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