Slow Dynamics in Condensed MatterAmerican Inst. of Physics, 1992 - 598 ページ Designed primarily for physicists in condensed matter and some engineers working in polymers, this book deals with the subject of slow dynamics in condensed matter. |
目次
Stress and Structural Relaxation | 3 |
Slow Relaxation Processes in Glassy Crystals | 20 |
Tracer Diffusion in Polymer and Organic Liquids Close to the Glass | 30 |
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多く使われている語句
1992 American Institute aerogel atoms average behavior binary Brownian calculated chain Chem cluster coefficient colloidal concentration constant correlation function critical crosslinks crossover crystal curve decay decrease density Department of Physics dielectric dielectric relaxation diffusion distribution domain droplet energy entanglement equation equilibrium experimental exponent Figure fluctuations fluid fractal frequency Fukuoka glass transition glass transition temperature Götze hard sphere hydrodynamic Institute of Physics intensity interaction Japan kinetics lattice length Lett light scattering liquid measured microemulsion microscopic mixture mode coupling modulus molecular dynamics molecules monomers motion neutron scattering observed obtained parameter particles percolation threshold phase separation phase transition phonons Phys plot polymer potential predicted properties region relaxation sample scaling shear shown shows solid soliton solution spin glass spinodal spinodal decomposition static structure factor supercooled suspensions temperature dependence theory thermal transition temperature University velocity viscosity volume fraction