## Quantum mechanics of particles and wave fields |

### What people are saying - Write a review

We haven't found any reviews in the usual places.

### Contents

Wave Mechanics of a Single Particle | 1 |

Wave Mechanics of Stationary States | 35 |

Wave Mechanics in Matrix Form | 83 |

Copyright | |

7 other sections not shown

### Common terms and phrases

According to Section amplitudes angular momentum antisymmetric apply assume atom axis belonging changed classical mechanics commutation relation components conjugate complex constant coordinate system corresponding curl defined denote determine diagonal differs from zero Dirac direction eigenfunctions eigenvalues electron elements emission emitted evaluate example expectation value expression factor follows four-vector function given grad Hamiltonian Hence Hermitean Hilbert space integral interaction interpretation invariant light quantum matrix means measurement meson momenta multiplied neutron nucleon nucleus observable obtain operator orthogonal oscillator perturbation position possible potential principal axes principal system probability amplitudes probability of finding problem proton pseudoscalar pseudovector quantities quantized quantum mechanics radiation relative relativistic represented satisfy scalar solution space spin stationary symmetric tensor theorem theory tion transformation transition u(xyzt vanish velocity wave equation wave field wave mechanics wave motion wave packet wavelength whereas