## The Polarization of Nuclei by Rotation |

### What people are saying - Write a review

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

### Other editions - View all

### Common terms and phrases

angular momentum operator angular velocity approximation assumed atom average axis Barnett Bloembergen calculation chapter classical commute component consider contribution corresponding density matrix depend derivatives diagonal differential equation dipole interaction dipole-dipole direction distribution Doppler broadening E. T. Jaynes effective field eigenvalues Einstein-de Haas electric field electronic spins equation of motion equilibrium Expanding expectation value experimentally expression external field field due field H gives gyromagnetic effects gyromagnetic experiments gyromagnetic ratio Hamiltonian identical ions large number Larmor frequency Larmor theorem lattice vibrations linear macroscopic rotation magnetic field matrix elements Nuclear Magnetic Resonance nuclear spins nuclei nucleus of interest obtain orbital motion paramagnetic particles perturbation Phys position vector quadrupole Quantum Mechanics quantum number relaxation representation result rigid rotation rotating coordinate system rotating crystal rotation frequency rotation operator rotational polarization sample satisfy Schroedinger Schwinger spin operator temperature theory torque total angular momentum transformation vanish wave function