Quantum Mechanics, Volume 2Springer-Verlag, 1990 - Quantum theory |
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Common terms and phrases
analytic angular momentum antisymmetric assume asymptotic atoms behavior Born approximation bosons bound central potentials channel classical collision computation consider constant converges corresponding Coulomb d³p defined derive differential cross section eigenstates eigenvalues electromagnetic electrons energy levels evolution example exponentially fermions final finite FL(p formulae gauge given H₁ Hamiltonian Hartree-Fock Hence identical particles implies integral interaction invariant magnetic field matrix elements momenta N₁ normalized obtain operator optical theorem orthogonal P₁ perturbation theory phase shifts photons Phys physical plane possible problem quantity quantum mechanics quantum numbers region relation satisfies scattering amplitude Schrödinger equation Sect single-particle solution spectrum spin subspace symmetric Taking into account theorem transition probability turning points TWBK unitarity unitary values vanish vector W.B.K. approximation W.B.K. method wave function zero