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Why is nuclear force spin dependent? – Physics Stack Exchange2016年10月23日 … Spin dependence of nuclear force is highly non trivial. As an example, exceptional stability …
The nuclear force has a spin-dependent component. The force is stronger for particles with their spins aligned than for those with their spins anti-aligned. If …
The nuclear force does depend on spin, as we will prove in the case of the deuteron. … If V1r is an attractive potential < 0, the total potential is …
The nuclear force depends on whether the nucleon spins are parallel or antiparallel. This is supported by the preponderance among stable nuclei of those …
2011年1月21日 … From this we conclude that the nuclear force between two nucleons is spin-dependent, and is attractive for parallel orientation of spins and.
charge independent · short-range force · non-conservative force · spin-dependent force · Nuclear force is: a Charge independent because only protons have charge …
The nuclear force or nucleon–nucleon interaction or residual strong force is the force between two or more nucleons. It is responsible for binding of protons …
Nuclear force has a spin dependent component. The force is stronger in nucleons with parallel oriented spins than in those with antiparallel oriented spins.
2014年9月14日 … But the nuclear force has also a very complex spin-dependence. Evidence of this property first came from the observation that the deuteron the …
Phenomenology of nuclear forces: Charge Dependence, 1S0 Scattering Lengths … We note a repulsive central force and an attractive spin-orbit force.
・The NN force depends on whether the spins of the nucleons ” … Nuclear force has short range repulsion and is attractive at intermediate distances.
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