| 1. | Further, the scalar potential is the fundamental quantity in quantum mechanics.
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| 2. | Scalar potentials play a prominent role in many areas of physics and engineering.
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| 3. | In mathematics, vector potential and scalar potential have more general meanings .)
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| 4. | |4 = In regions far from electric charge the scalar potential becomes zero.
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| 5. | With some care the scalar potential can be extended to include free currents as well.
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| 6. | The corresponding scalar potential ( the potential energy of the non-central body ) is:
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| 7. | The magnetic scalar potential model consists of the Gauss coefficients which define a spherical harmonic expansion of V
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| 8. | Where is the scalar potential and the vector potential, the components of the canonical momentum four-vector is
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| 9. | Factor out the scalar potential and assign the leftovers, which are constant, to \ kappa ^ 2.
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| 10. | Where \ mathbf { \ Phi } is a harmonic vector potential and \ chi is a harmonic scalar potential.
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