What people are saying - Write a review
We haven't found any reviews in the usual places.
THE FLUCTUATIONDISSIPATION THEOREM
A STOCHASTIC THEORY OF LINESHAPE AND RELAXATION
23 other sections not shown
Other editions - View all
absorption amplitude applied approximation assume assumption atoms average bonds calculated coefficients conditions of isolation consider constant contribution correlation function corresponding coupling Curie temperature Curie's law Debye defined density matrix derived detectors determined diagrams dipolar discussion double resonance electron energy ensemble entropy equation of motion equilibrium distribution equivalent exponential expression field H0 fluctuations follows Fourier transform frequency Gaussian generalised given Green functions Hamiltonian hyper-vertices integral interaction inverse irreversible lattice linear magnetic field magnetisation magnons Master Equation mean value method modes modulation neutron normalised nuclei obtained Onsager oscillator paramagnetic parameters particle perturbation phonon Phys physical probability distribution quantum numbers random relation relaxation function renormalised scattering semi-invariants shew shewn signal spectrum spin system spin-lattice relaxation spin-spin spin-spin relaxation spin-waves statistical mechanics stochastic process summation symmetry temperature theorem theory thermal thermodynamic tion transition probability transport operator vanishes vector width zero